�ݺ�ߣshows by User: sjf

�ݺ�ߣshows by User: sjf_dhi / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: sjf_dhi / Mon, 12 Nov 2018 14:43:26 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: sjf_dhi Models Done Better... - UDG2018 - Intertek and DHI /slideshow/models-done-better-udg2018-intertek-and-dhi/122795357 udgnovember2018finalversionnoanimation-181112144326
Use of integrator systems (operational data and model management platforms) to enhance model performance and value. Presented at the CIWEM Urban Drainage Group Annual Conference 2018 Richard Dannatt - Intertek Steve Flood - DHI]]>
Use of integrator systems (operational data and model management platforms) to enhance model performance and value. Presented at the CIWEM Urban Drainage Group Annual Conference 2018 Richard Dannatt - Intertek Steve Flood - DHI]]> Mon, 12 Nov 2018 14:43:26 GMT /slideshow/models-done-better-udg2018-intertek-and-dhi/122795357 sjf_dhi@slideshare.net(sjf_dhi) Models Done Better... - UDG2018 - Intertek and DHI sjf_dhi Use of integrator systems (operational data and model management platforms) to enhance model performance and value. Presented at the CIWEM Urban Drainage Group Annual Conference 2018 Richard Dannatt - Intertek Steve Flood - DHI <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/udgnovember2018finalversionnoanimation-181112144326-thumbnail.jpg?width=120&height=120&fit=bounds" /> Use of integrator systems (operational data and model management platforms) to enhance model performance and value. Presented at the CIWEM Urban Drainage Group Annual Conference 2018 Richard Dannatt - Intertek Steve Flood - DHI

Models Done Better... - UDG2018 - Intertek and DHI from Stephen Flood

]]> 320 1 https://cdn.slidesharecdn.com/ss_thumbnails/udgnovember2018finalversionnoanimation-181112144326-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 DHI’s Digital Strategy and Future Technologies. Mark Britton, DHI. /slideshow/dhis-digital-strategy-and-future-technologies-mark-britton-dhi/116626904 futuretechnologies-irelandsymposium-180926063157
"Mark will outline how our data, software and technologies will evolve to support the digital transformation of the water and environmental sectors focussing on DHI's digital strategy and recent cloud-based innovations." Presented at the DHI Ireland Symposium 2018.]]>
"Mark will outline how our data, software and technologies will evolve to support the digital transformation of the water and environmental sectors focussing on DHI's digital strategy and recent cloud-based innovations." Presented at the DHI Ireland Symposium 2018.]]> Wed, 26 Sep 2018 06:31:57 GMT /slideshow/dhis-digital-strategy-and-future-technologies-mark-britton-dhi/116626904 sjf_dhi@slideshare.net(sjf_dhi) DHI’s Digital Strategy and Future Technologies. Mark Britton, DHI. sjf_dhi "Mark will outline how our data, software and technologies will evolve to support the digital transformation of the water and environmental sectors focussing on DHI's digital strategy and recent cloud-based innovations." Presented at the DHI Ireland Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/futuretechnologies-irelandsymposium-180926063157-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Mark will outline how our data, software and technologies will evolve to support the digital transformation of the water and environmental sectors focussing on DHI's digital strategy and recent cloud-based innovations." Presented at the DHI Ireland Symposium 2018.

DHI’s Digital Strategy and Future Technologies. Mark Britton, DHI. from Stephen Flood

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0 Sediment mobility modelling and maerl habitat dynamics in Galway Bay. Siddhi Joshi, National University of Ireland, Galway. /sjf_dhi/sediment-mobility-modelling-and-maerl-habitat-dynamics-in-galway-bay-siddhi-joshi-national-university-of-ireland-galway siddhijoshigalwayuniversity-180926063031
"Siddhi will describe work undertaken as part of her PhD to look at Sediment mobility modelling and maerl habitat dynamics in Galway Bay." Presented at the DHI Ireland Symposium 2018.]]>
"Siddhi will describe work undertaken as part of her PhD to look at Sediment mobility modelling and maerl habitat dynamics in Galway Bay." Presented at the DHI Ireland Symposium 2018.]]> Wed, 26 Sep 2018 06:30:31 GMT /sjf_dhi/sediment-mobility-modelling-and-maerl-habitat-dynamics-in-galway-bay-siddhi-joshi-national-university-of-ireland-galway sjf_dhi@slideshare.net(sjf_dhi) Sediment mobility modelling and maerl habitat dynamics in Galway Bay. Siddhi Joshi, National University of Ireland, Galway. sjf_dhi "Siddhi will describe work undertaken as part of her PhD to look at Sediment mobility modelling and maerl habitat dynamics in Galway Bay." Presented at the DHI Ireland Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/siddhijoshigalwayuniversity-180926063031-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Siddhi will describe work undertaken as part of her PhD to look at Sediment mobility modelling and maerl habitat dynamics in Galway Bay." Presented at the DHI Ireland Symposium 2018.

Sediment mobility modelling and maerl habitat dynamics in Galway Bay. Siddhi Joshi, National University of Ireland, Galway. from Stephen Flood

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0 Effects of time-series data resolution on modelling shoreline change. Avidesh Seenath, Durham University. /sjf_dhi/effects-of-timeseries-data-resolution-on-modelling-shoreline-change-avidesh-seenath-durham-university avideshseenathdurhamuniversity-180926063006
"Avidesh will describe work undertaken as part of his PhD at Durham University." Presented at the DHI Ireland Symposium 2018.]]>
"Avidesh will describe work undertaken as part of his PhD at Durham University." Presented at the DHI Ireland Symposium 2018.]]> Wed, 26 Sep 2018 06:30:06 GMT /sjf_dhi/effects-of-timeseries-data-resolution-on-modelling-shoreline-change-avidesh-seenath-durham-university sjf_dhi@slideshare.net(sjf_dhi) Effects of time-series data resolution on modelling shoreline change. Avidesh Seenath, Durham University. sjf_dhi "Avidesh will describe work undertaken as part of his PhD at Durham University." Presented at the DHI Ireland Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/avideshseenathdurhamuniversity-180926063006-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Avidesh will describe work undertaken as part of his PhD at Durham University." Presented at the DHI Ireland Symposium 2018.

Effects of time-series data resolution on modelling shoreline change. Avidesh Seenath, Durham University. from Stephen Flood

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0 Using numerical modelling to regulate a growing aquaculture sector. Rebecca Seal, Scottish Environmental Protection Agency. /slideshow/using-numerical-modelling-to-regulate-a-growing-aquaculture-sector-rebecca-seal-scottish-environmental-protection-agency/116626538 rebeccasealspea-180926062932
As Scotland’s principal environmental regulator, SEPA is responsible for ensuring compliance with environmental quality standards. The implementation of the Water Framework Directive (WFD), which focuses on the ecological and chemical status of water bodies, combined with a rapidly expanding aquaculture sector, means risk-appropriate modelling of the impacts from fish farms is required. Using a combination of small scale highly simplified modelling, large scale, low resolution screening tools, and relatively complex waterbody scale hydrodynamic modelling and particle tracking , we can obtain a better understanding of the risks posed to the marine environment, influence strategic policy decisions and support sustainable future farm growth and development. Presented at the DHI Ireland Symposium 2018.]]>
As Scotland’s principal environmental regulator, SEPA is responsible for ensuring compliance with environmental quality standards. The implementation of the Water Framework Directive (WFD), which focuses on the ecological and chemical status of water bodies, combined with a rapidly expanding aquaculture sector, means risk-appropriate modelling of the impacts from fish farms is required. Using a combination of small scale highly simplified modelling, large scale, low resolution screening tools, and relatively complex waterbody scale hydrodynamic modelling and particle tracking , we can obtain a better understanding of the risks posed to the marine environment, influence strategic policy decisions and support sustainable future farm growth and development. Presented at the DHI Ireland Symposium 2018.]]> Wed, 26 Sep 2018 06:29:32 GMT /slideshow/using-numerical-modelling-to-regulate-a-growing-aquaculture-sector-rebecca-seal-scottish-environmental-protection-agency/116626538 sjf_dhi@slideshare.net(sjf_dhi) Using numerical modelling to regulate a growing aquaculture sector. Rebecca Seal, Scottish Environmental Protection Agency. sjf_dhi As Scotland’s principal environmental regulator, SEPA is responsible for ensuring compliance with environmental quality standards. The implementation of the Water Framework Directive (WFD), which focuses on the ecological and chemical status of water bodies, combined with a rapidly expanding aquaculture sector, means risk-appropriate modelling of the impacts from fish farms is required. Using a combination of small scale highly simplified modelling, large scale, low resolution screening tools, and relatively complex waterbody scale hydrodynamic modelling and particle tracking , we can obtain a better understanding of the risks posed to the marine environment, influence strategic policy decisions and support sustainable future farm growth and development. Presented at the DHI Ireland Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/rebeccasealspea-180926062932-thumbnail.jpg?width=120&height=120&fit=bounds" /> As Scotland’s principal environmental regulator, SEPA is responsible for ensuring compliance with environmental quality standards. The implementation of the Water Framework Directive (WFD), which focuses on the ecological and chemical status of water bodies, combined with a rapidly expanding aquaculture sector, means risk-appropriate modelling of the impacts from fish farms is required. Using a combination of small scale highly simplified modelling, large scale, low resolution screening tools, and relatively complex waterbody scale hydrodynamic modelling and particle tracking , we can obtain a better understanding of the risks posed to the marine environment, influence strategic policy decisions and support sustainable future farm growth and development. Presented at the DHI Ireland Symposium 2018.

Using numerical modelling to regulate a growing aquaculture sector. Rebecca Seal, Scottish Environmental Protection Agency. from Stephen Flood

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0 Catchment-based Flood Risk Assessment & Management, CFRAM, programme. John Martin, Office of Public Works. /slideshow/catchmentbased-flood-risk-assessment-management-cfram-programme-john-martin-office-of-public-works/116626504 johnmartinopw-180926062918
This presentation will cover the extensive application of hydraulic modelling on the national Catchment-based Flood Risk Assessment & Management (CFRAM) programme, as well as discussing the likely future modelling requirements for the detailed development of over 100 flood relief schemes programmed over the coming decade. Presented at the DHI Ireland Symposium 2018.]]>
This presentation will cover the extensive application of hydraulic modelling on the national Catchment-based Flood Risk Assessment & Management (CFRAM) programme, as well as discussing the likely future modelling requirements for the detailed development of over 100 flood relief schemes programmed over the coming decade. Presented at the DHI Ireland Symposium 2018.]]> Wed, 26 Sep 2018 06:29:18 GMT /slideshow/catchmentbased-flood-risk-assessment-management-cfram-programme-john-martin-office-of-public-works/116626504 sjf_dhi@slideshare.net(sjf_dhi) Catchment-based Flood Risk Assessment & Management, CFRAM, programme. John Martin, Office of Public Works. sjf_dhi This presentation will cover the extensive application of hydraulic modelling on the national Catchment-based Flood Risk Assessment & Management (CFRAM) programme, as well as discussing the likely future modelling requirements for the detailed development of over 100 flood relief schemes programmed over the coming decade. Presented at the DHI Ireland Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/johnmartinopw-180926062918-thumbnail.jpg?width=120&height=120&fit=bounds" /> This presentation will cover the extensive application of hydraulic modelling on the national Catchment-based Flood Risk Assessment & Management (CFRAM) programme, as well as discussing the likely future modelling requirements for the detailed development of over 100 flood relief schemes programmed over the coming decade. Presented at the DHI Ireland Symposium 2018.

Catchment-based Flood Risk Assessment & Management, CFRAM, programme. John Martin, Office of Public Works. from Stephen Flood

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0 Latest Marine developments by DHI. Henrik Kofoed-Hansen, DHI. /sjf_dhi/latest-marine-developments-by-dhi-henrik-kofoedhansen-dhi henrikkofoed-hansendhi-180926062844
Henrik Kofoed-Hansen will tell us about the upcoming MIKE Release 2019 (available in Q4 2018) which includes several new products, new tools, new valuable features, enhanced functionality, improved workflow etc. Henrik will also share some of the key news covering the ground-breaking new 3D MIKE 3 Wave Model FM module, which offers entirely new application opportunities, dynamic ship mooring and response analysis covering multi-body simulations as well as new exciting features for enhanced sediment transport and morphological modelling. Henrik will also touch upon readily available data portals enabling you to speed up your project work. Presented at the DHI UK Symposium 2018.]]>
Henrik Kofoed-Hansen will tell us about the upcoming MIKE Release 2019 (available in Q4 2018) which includes several new products, new tools, new valuable features, enhanced functionality, improved workflow etc. Henrik will also share some of the key news covering the ground-breaking new 3D MIKE 3 Wave Model FM module, which offers entirely new application opportunities, dynamic ship mooring and response analysis covering multi-body simulations as well as new exciting features for enhanced sediment transport and morphological modelling. Henrik will also touch upon readily available data portals enabling you to speed up your project work. Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:28:44 GMT /sjf_dhi/latest-marine-developments-by-dhi-henrik-kofoedhansen-dhi sjf_dhi@slideshare.net(sjf_dhi) Latest Marine developments by DHI. Henrik Kofoed-Hansen, DHI. sjf_dhi Henrik Kofoed-Hansen will tell us about the upcoming MIKE Release 2019 (available in Q4 2018) which includes several new products, new tools, new valuable features, enhanced functionality, improved workflow etc. Henrik will also share some of the key news covering the ground-breaking new 3D MIKE 3 Wave Model FM module, which offers entirely new application opportunities, dynamic ship mooring and response analysis covering multi-body simulations as well as new exciting features for enhanced sediment transport and morphological modelling. Henrik will also touch upon readily available data portals enabling you to speed up your project work. Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/henrikkofoed-hansendhi-180926062844-thumbnail.jpg?width=120&height=120&fit=bounds" /> Henrik Kofoed-Hansen will tell us about the upcoming MIKE Release 2019 (available in Q4 2018) which includes several new products, new tools, new valuable features, enhanced functionality, improved workflow etc. Henrik will also share some of the key news covering the ground-breaking new 3D MIKE 3 Wave Model FM module, which offers entirely new application opportunities, dynamic ship mooring and response analysis covering multi-body simulations as well as new exciting features for enhanced sediment transport and morphological modelling. Henrik will also touch upon readily available data portals enabling you to speed up your project work. Presented at the DHI UK Symposium 2018.

Latest Marine developments by DHI. Henrik Kofoed-Hansen, DHI. from Stephen Flood

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0 Some of our recent applications of the MIKE software. Oliver Way, WSP. /slideshow/some-of-our-recent-applications-of-the-mike-software-oliver-way-wsp/116626175 oliverwaywsp-180926062703
"Oliver Way will describe some of his recent application of the MIKE software at WSP." Presented at the DHI UK Symposium 2018.]]>
"Oliver Way will describe some of his recent application of the MIKE software at WSP." Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:27:03 GMT /slideshow/some-of-our-recent-applications-of-the-mike-software-oliver-way-wsp/116626175 sjf_dhi@slideshare.net(sjf_dhi) Some of our recent applications of the MIKE software. Oliver Way, WSP. sjf_dhi "Oliver Way will describe some of his recent application of the MIKE software at WSP." Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/oliverwaywsp-180926062703-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Oliver Way will describe some of his recent application of the MIKE software at WSP." Presented at the DHI UK Symposium 2018.

Some of our recent applications of the MIKE software. Oliver Way, WSP. from Stephen Flood

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0 My experiences of learning to use MIKE. Jonathan Griffiths, ABPmer. /slideshow/my-experiences-of-learning-to-use-mike-jonathan-griffiths-abpmer/116625841 jonathangriffithsabpmer-180926062501
"Jonathan will share his experience of learning to use MIKE software for coastal projects over the last 18 months. Previous to joining ABPmer, Jonathan was an oil spill modeller and used specialised spill models such as SINTEF’s OSCAR model, RPS ASA’s OILMAP model and BMT’s OSIS model. Jonathan has found learning to use MIKE a steep but rewarding learning curve. Jonathan will take about some of the differences between these models and MIKE, and the lessons he has learnt along the way." Presented at the DHI UK Symposium 2018.]]>
"Jonathan will share his experience of learning to use MIKE software for coastal projects over the last 18 months. Previous to joining ABPmer, Jonathan was an oil spill modeller and used specialised spill models such as SINTEF’s OSCAR model, RPS ASA’s OILMAP model and BMT’s OSIS model. Jonathan has found learning to use MIKE a steep but rewarding learning curve. Jonathan will take about some of the differences between these models and MIKE, and the lessons he has learnt along the way." Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:25:01 GMT /slideshow/my-experiences-of-learning-to-use-mike-jonathan-griffiths-abpmer/116625841 sjf_dhi@slideshare.net(sjf_dhi) My experiences of learning to use MIKE. Jonathan Griffiths, ABPmer. sjf_dhi "Jonathan will share his experience of learning to use MIKE software for coastal projects over the last 18 months. Previous to joining ABPmer, Jonathan was an oil spill modeller and used specialised spill models such as SINTEF’s OSCAR model, RPS ASA’s OILMAP model and BMT’s OSIS model. Jonathan has found learning to use MIKE a steep but rewarding learning curve. Jonathan will take about some of the differences between these models and MIKE, and the lessons he has learnt along the way." Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/jonathangriffithsabpmer-180926062501-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Jonathan will share his experience of learning to use MIKE software for coastal projects over the last 18 months. Previous to joining ABPmer, Jonathan was an oil spill modeller and used specialised spill models such as SINTEF’s OSCAR model, RPS ASA’s OILMAP model and BMT’s OSIS model. Jonathan has found learning to use MIKE a steep but rewarding learning curve. Jonathan will take about some of the differences between these models and MIKE, and the lessons he has learnt along the way." Presented at the DHI UK Symposium 2018.

My experiences of learning to use MIKE. Jonathan Griffiths, ABPmer. from Stephen Flood

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0 Using numerical modelling to regulate a growing aquaculture industry. Ted Schlicke, SEPA. /slideshow/using-numerical-modelling-to-regulate-a-growing-aquaculture-industry-ted-schlicke-sepa/116625792 tedschlickesepa-180926062439
Scotland is currently the largest producer of Atlantic salmon in the EU, and the third largest globally. Exports have doubled in the past decade to nearly £1 billion per annum, and the Scottish Government has specified targets for further expansion. SEPA is working with fish-farmers to help them comply with environmental legislation and to ensure that this growth is sustainable. Modelling is used to predict the environmental impact of organic material and medicines, and to determine appropriate locations and biomass limits for fish-farms. Traditionally, these farms have been assessed and licensed in isolation, but numerical modelling is increasingly being used to investigate larger scale impacts, cumulative effects, and hydrodynamic connectivity between farms. MIKE21 models of several water bodies have been developed, with the Particle Tracking module used to predict the spatial and temporal variation of SLICE, a sea-lice medicine. A sub-model of the Scottish Shelf Model developed by Marine Scotland has been converted from FVCOM and is being used to develop a screening tool for assessing the interaction between farms in the Highlands and Islands. By adopting risk-based modelling over a range of scales, SEPA can obtain a better understanding of the environmental impact of fish-farms, influence strategic policy decisions and support sustainable growth of the aquaculture industry. Presented at the DHI UK Symposium 2018.]]>
Scotland is currently the largest producer of Atlantic salmon in the EU, and the third largest globally. Exports have doubled in the past decade to nearly £1 billion per annum, and the Scottish Government has specified targets for further expansion. SEPA is working with fish-farmers to help them comply with environmental legislation and to ensure that this growth is sustainable. Modelling is used to predict the environmental impact of organic material and medicines, and to determine appropriate locations and biomass limits for fish-farms. Traditionally, these farms have been assessed and licensed in isolation, but numerical modelling is increasingly being used to investigate larger scale impacts, cumulative effects, and hydrodynamic connectivity between farms. MIKE21 models of several water bodies have been developed, with the Particle Tracking module used to predict the spatial and temporal variation of SLICE, a sea-lice medicine. A sub-model of the Scottish Shelf Model developed by Marine Scotland has been converted from FVCOM and is being used to develop a screening tool for assessing the interaction between farms in the Highlands and Islands. By adopting risk-based modelling over a range of scales, SEPA can obtain a better understanding of the environmental impact of fish-farms, influence strategic policy decisions and support sustainable growth of the aquaculture industry. Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:24:39 GMT /slideshow/using-numerical-modelling-to-regulate-a-growing-aquaculture-industry-ted-schlicke-sepa/116625792 sjf_dhi@slideshare.net(sjf_dhi) Using numerical modelling to regulate a growing aquaculture industry. Ted Schlicke, SEPA. sjf_dhi Scotland is currently the largest producer of Atlantic salmon in the EU, and the third largest globally. Exports have doubled in the past decade to nearly £1 billion per annum, and the Scottish Government has specified targets for further expansion. SEPA is working with fish-farmers to help them comply with environmental legislation and to ensure that this growth is sustainable. Modelling is used to predict the environmental impact of organic material and medicines, and to determine appropriate locations and biomass limits for fish-farms. Traditionally, these farms have been assessed and licensed in isolation, but numerical modelling is increasingly being used to investigate larger scale impacts, cumulative effects, and hydrodynamic connectivity between farms. MIKE21 models of several water bodies have been developed, with the Particle Tracking module used to predict the spatial and temporal variation of SLICE, a sea-lice medicine. A sub-model of the Scottish Shelf Model developed by Marine Scotland has been converted from FVCOM and is being used to develop a screening tool for assessing the interaction between farms in the Highlands and Islands. By adopting risk-based modelling over a range of scales, SEPA can obtain a better understanding of the environmental impact of fish-farms, influence strategic policy decisions and support sustainable growth of the aquaculture industry. Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/tedschlickesepa-180926062439-thumbnail.jpg?width=120&height=120&fit=bounds" /> Scotland is currently the largest producer of Atlantic salmon in the EU, and the third largest globally. Exports have doubled in the past decade to nearly £1 billion per annum, and the Scottish Government has specified targets for further expansion. SEPA is working with fish-farmers to help them comply with environmental legislation and to ensure that this growth is sustainable. Modelling is used to predict the environmental impact of organic material and medicines, and to determine appropriate locations and biomass limits for fish-farms. Traditionally, these farms have been assessed and licensed in isolation, but numerical modelling is increasingly being used to investigate larger scale impacts, cumulative effects, and hydrodynamic connectivity between farms. MIKE21 models of several water bodies have been developed, with the Particle Tracking module used to predict the spatial and temporal variation of SLICE, a sea-lice medicine. A sub-model of the Scottish Shelf Model developed by Marine Scotland has been converted from FVCOM and is being used to develop a screening tool for assessing the interaction between farms in the Highlands and Islands. By adopting risk-based modelling over a range of scales, SEPA can obtain a better understanding of the environmental impact of fish-farms, influence strategic policy decisions and support sustainable growth of the aquaculture industry. Presented at the DHI UK Symposium 2018.

Using numerical modelling to regulate a growing aquaculture industry. Ted Schlicke, SEPA. from Stephen Flood

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0 Developments in pollution risk forecasting at the Environment Agency. Deborah Tyrell, Environment Agency. /slideshow/developments-in-pollution-risk-forecasting-at-the-environment-agency-deborah-tyrell-environment-agency/116625737 deborahtyrrellenvironmentagency-180926062421
The Environment Agency's new method of making daily forecasts of water quality at Bathing Waters, plus further improvements that have been implemented in 2018. Presented at the DHI UK Symposium 2018.]]>
The Environment Agency's new method of making daily forecasts of water quality at Bathing Waters, plus further improvements that have been implemented in 2018. Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:24:21 GMT /slideshow/developments-in-pollution-risk-forecasting-at-the-environment-agency-deborah-tyrell-environment-agency/116625737 sjf_dhi@slideshare.net(sjf_dhi) Developments in pollution risk forecasting at the Environment Agency. Deborah Tyrell, Environment Agency. sjf_dhi The Environment Agency's new method of making daily forecasts of water quality at Bathing Waters, plus further improvements that have been implemented in 2018. Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/deborahtyrrellenvironmentagency-180926062421-thumbnail.jpg?width=120&height=120&fit=bounds" /> The Environment Agency's new method of making daily forecasts of water quality at Bathing Waters, plus further improvements that have been implemented in 2018. Presented at the DHI UK Symposium 2018.

Developments in pollution risk forecasting at the Environment Agency. Deborah Tyrell, Environment Agency. from Stephen Flood

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0 An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets. Niall Hall, Environment Agency. /slideshow/an-introduction-to-the-environment-agency-extreme-offshore-wave-water-level-and-wind-conditions-data-sets-niall-hall-environment-agency/116625661 niallhallenvironmentagency-180926062355
An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets, transformed to nearshore for events covering up to the 10000 year extreme coastal event, available to all for use in local studies. Presented at the DHI UK Symposium 2018.]]>
An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets, transformed to nearshore for events covering up to the 10000 year extreme coastal event, available to all for use in local studies. Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:23:55 GMT /slideshow/an-introduction-to-the-environment-agency-extreme-offshore-wave-water-level-and-wind-conditions-data-sets-niall-hall-environment-agency/116625661 sjf_dhi@slideshare.net(sjf_dhi) An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets. Niall Hall, Environment Agency. sjf_dhi An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets, transformed to nearshore for events covering up to the 10000 year extreme coastal event, available to all for use in local studies. Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/niallhallenvironmentagency-180926062355-thumbnail.jpg?width=120&height=120&fit=bounds" /> An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets, transformed to nearshore for events covering up to the 10000 year extreme coastal event, available to all for use in local studies. Presented at the DHI UK Symposium 2018.

An Introduction to the Environment Agency extreme offshore wave, water level and wind conditions data sets. Niall Hall, Environment Agency. from Stephen Flood

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0 FAST Danube – Hydraulic and sediment transport modelling with MIKE 21 FM model. Dr Davor Kvočka, Jacobs. /slideshow/fast-danube-hydraulic-and-sediment-transport-modelling-with-mike-21-fm-model-dr-davor-kvoka-jacobs/116625458 davorkvockajacobs-180926062251
The objective of the FAST Danube project is to propose navigation improvement solutions on the Romanian-Bulgarian common sector of the River Danube. The proposed technical solutions would ensure that the required navigation parameters (navigation channel width, depth and bend radius) are achieved at the specified lowest navigation water levels. This would enable safe navigation and transport activities on the Romanian-Bulgarian common sector of the River Danube throughout the entire year. MIKE 21 FM hydrodynamic and sediment transport models have been developed to help understand the behaviour of the river and the reasons for the changes in river morphology, which result in constraints to navigation at the critical locations. The MIKE 21 FM models are required to support the selection of solution options by providing a first assessment of the relative performance of navigation improvement solutions in maintaining the required navigation fairway parameters. In addition, the MIKE 21 FM models will also provide outputs to support the assessment of the potential impacts of the solutions on navigation conditions and on the river environment. Furthermore, the models will also be used as tools in future management of the river in the project area. This presentation will focus on the numerical modelling conducted with the MIKE 21 FM model within the FAST Danube project, and how the MIKE 21 FM models are used in the development of navigation improvement solutions and options appraisal process. Presented at the DHI UK Symposium 2018.]]>
The objective of the FAST Danube project is to propose navigation improvement solutions on the Romanian-Bulgarian common sector of the River Danube. The proposed technical solutions would ensure that the required navigation parameters (navigation channel width, depth and bend radius) are achieved at the specified lowest navigation water levels. This would enable safe navigation and transport activities on the Romanian-Bulgarian common sector of the River Danube throughout the entire year. MIKE 21 FM hydrodynamic and sediment transport models have been developed to help understand the behaviour of the river and the reasons for the changes in river morphology, which result in constraints to navigation at the critical locations. The MIKE 21 FM models are required to support the selection of solution options by providing a first assessment of the relative performance of navigation improvement solutions in maintaining the required navigation fairway parameters. In addition, the MIKE 21 FM models will also provide outputs to support the assessment of the potential impacts of the solutions on navigation conditions and on the river environment. Furthermore, the models will also be used as tools in future management of the river in the project area. This presentation will focus on the numerical modelling conducted with the MIKE 21 FM model within the FAST Danube project, and how the MIKE 21 FM models are used in the development of navigation improvement solutions and options appraisal process. Presented at the DHI UK Symposium 2018.]]> Wed, 26 Sep 2018 06:22:51 GMT /slideshow/fast-danube-hydraulic-and-sediment-transport-modelling-with-mike-21-fm-model-dr-davor-kvoka-jacobs/116625458 sjf_dhi@slideshare.net(sjf_dhi) FAST Danube – Hydraulic and sediment transport modelling with MIKE 21 FM model. Dr Davor Kvočka, Jacobs. sjf_dhi The objective of the FAST Danube project is to propose navigation improvement solutions on the Romanian-Bulgarian common sector of the River Danube. The proposed technical solutions would ensure that the required navigation parameters (navigation channel width, depth and bend radius) are achieved at the specified lowest navigation water levels. This would enable safe navigation and transport activities on the Romanian-Bulgarian common sector of the River Danube throughout the entire year. MIKE 21 FM hydrodynamic and sediment transport models have been developed to help understand the behaviour of the river and the reasons for the changes in river morphology, which result in constraints to navigation at the critical locations. The MIKE 21 FM models are required to support the selection of solution options by providing a first assessment of the relative performance of navigation improvement solutions in maintaining the required navigation fairway parameters. In addition, the MIKE 21 FM models will also provide outputs to support the assessment of the potential impacts of the solutions on navigation conditions and on the river environment. Furthermore, the models will also be used as tools in future management of the river in the project area. This presentation will focus on the numerical modelling conducted with the MIKE 21 FM model within the FAST Danube project, and how the MIKE 21 FM models are used in the development of navigation improvement solutions and options appraisal process. Presented at the DHI UK Symposium 2018. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/davorkvockajacobs-180926062251-thumbnail.jpg?width=120&height=120&fit=bounds" /> The objective of the FAST Danube project is to propose navigation improvement solutions on the Romanian-Bulgarian common sector of the River Danube. The proposed technical solutions would ensure that the required navigation parameters (navigation channel width, depth and bend radius) are achieved at the specified lowest navigation water levels. This would enable safe navigation and transport activities on the Romanian-Bulgarian common sector of the River Danube throughout the entire year. MIKE 21 FM hydrodynamic and sediment transport models have been developed to help understand the behaviour of the river and the reasons for the changes in river morphology, which result in constraints to navigation at the critical locations. The MIKE 21 FM models are required to support the selection of solution options by providing a first assessment of the relative performance of navigation improvement solutions in maintaining the required navigation fairway parameters. In addition, the MIKE 21 FM models will also provide outputs to support the assessment of the potential impacts of the solutions on navigation conditions and on the river environment. Furthermore, the models will also be used as tools in future management of the river in the project area. This presentation will focus on the numerical modelling conducted with the MIKE 21 FM model within the FAST Danube project, and how the MIKE 21 FM models are used in the development of navigation improvement solutions and options appraisal process. Presented at the DHI UK Symposium 2018.

FAST Danube – Hydraulic and sediment transport modelling with MIKE 21 FM model. Dr Davor Kvočka, Jacobs. from Stephen Flood

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0 DHI Ireland Symposium 2018 /slideshow/dhi-ireland-symposium-2018/113352141 ireland2018symposiumprogrammev2-180907123906
Join us for our first Irish Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – IRELAND Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks and nibbles followed by a DHI Lecture on the evening of Monday 17th September 2018. We encourage everyone to arrive on the 17th to relax with a drink, nibbles and some informal networking. The main event will start at 08:30am on Tuesday 18th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.ie]]>
Join us for our first Irish Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – IRELAND Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks and nibbles followed by a DHI Lecture on the evening of Monday 17th September 2018. We encourage everyone to arrive on the 17th to relax with a drink, nibbles and some informal networking. The main event will start at 08:30am on Tuesday 18th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.ie]]> Fri, 07 Sep 2018 12:39:06 GMT /slideshow/dhi-ireland-symposium-2018/113352141 sjf_dhi@slideshare.net(sjf_dhi) DHI Ireland Symposium 2018 sjf_dhi Join us for our first Irish Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – IRELAND Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks and nibbles followed by a DHI Lecture on the evening of Monday 17th September 2018. We encourage everyone to arrive on the 17th to relax with a drink, nibbles and some informal networking. The main event will start at 08:30am on Tuesday 18th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.ie <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/ireland2018symposiumprogrammev2-180907123906-thumbnail.jpg?width=120&height=120&fit=bounds" /> Join us for our first Irish Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – IRELAND Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks and nibbles followed by a DHI Lecture on the evening of Monday 17th September 2018. We encourage everyone to arrive on the 17th to relax with a drink, nibbles and some informal networking. The main event will start at 08:30am on Tuesday 18th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.ie

DHI Ireland Symposium 2018 from Stephen Flood

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0 DHI UK Symposium 2018 /slideshow/dhi-uk-symposium-2018/112404873 uk2018symposiumprogrammev1-180831102604
Join us as we celebrate our 20th UK Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – UK Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Tuesday 11th September 2018. We encourage everyone to arrive on the 11th to relax with a drink, good food and some informal networking The main event will start at 9:00am on the Wednesday 12th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.uk]]>
Join us as we celebrate our 20th UK Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – UK Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Tuesday 11th September 2018. We encourage everyone to arrive on the 11th to relax with a drink, good food and some informal networking The main event will start at 9:00am on the Wednesday 12th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.uk]]> Fri, 31 Aug 2018 10:26:04 GMT /slideshow/dhi-uk-symposium-2018/112404873 sjf_dhi@slideshare.net(sjf_dhi) DHI UK Symposium 2018 sjf_dhi Join us as we celebrate our 20th UK Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – UK Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Tuesday 11th September 2018. We encourage everyone to arrive on the 11th to relax with a drink, good food and some informal networking The main event will start at 9:00am on the Wednesday 12th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.uk <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/uk2018symposiumprogrammev1-180831102604-thumbnail.jpg?width=120&height=120&fit=bounds" /> Join us as we celebrate our 20th UK Symposium! DHI UK & Ireland is very pleased to invite you to the DHI – UK Symposium 2018. This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Tuesday 11th September 2018. We encourage everyone to arrive on the 11th to relax with a drink, good food and some informal networking The main event will start at 9:00am on the Wednesday 12th September 2018. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. For more information, and to sign up for the event, please visit www.dhi-symposium.uk

DHI UK Symposium 2018 from Stephen Flood

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0 DHI UK & Ireland Symposium 2017 Programme /slideshow/dhi-uk-ireland-symposium-2017-programme/76895154 uk2017symposiumprogrammeukv1-170613093529
DATA-LED DECISION MAKING IN A CHANGING WORLD Knowledge sharing for water and environmental professionals DHI UK & Ireland is very pleased to invite you to our annual Symposium 2017. REGISTRATION www.dhi-symposium.uk IMPORTANT DATES Reception: 26th June 2017 (evening) Symposium day: 27th June 2017 FEES Participation in the event is free of charge, including: - drinks reception and symposium dinner on the 26th June - lunch and attendance at the Symposium on 27th June LOCATION AND VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit www.moathouse.co.uk This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Monday 26th June 2017. We encourage everyone to arrive on the 26th to relax with a drink, good food, some informal networking, and news about our forthcoming MIKE 2017 release. The main event will start at 9:00am on the Tuesday 27th June 2017. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face.]]>
DATA-LED DECISION MAKING IN A CHANGING WORLD Knowledge sharing for water and environmental professionals DHI UK & Ireland is very pleased to invite you to our annual Symposium 2017. REGISTRATION www.dhi-symposium.uk IMPORTANT DATES Reception: 26th June 2017 (evening) Symposium day: 27th June 2017 FEES Participation in the event is free of charge, including: - drinks reception and symposium dinner on the 26th June - lunch and attendance at the Symposium on 27th June LOCATION AND VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit www.moathouse.co.uk This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Monday 26th June 2017. We encourage everyone to arrive on the 26th to relax with a drink, good food, some informal networking, and news about our forthcoming MIKE 2017 release. The main event will start at 9:00am on the Tuesday 27th June 2017. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face.]]> Tue, 13 Jun 2017 09:35:28 GMT /slideshow/dhi-uk-ireland-symposium-2017-programme/76895154 sjf_dhi@slideshare.net(sjf_dhi) DHI UK & Ireland Symposium 2017 Programme sjf_dhi DATA-LED DECISION MAKING IN A CHANGING WORLD Knowledge sharing for water and environmental professionals DHI UK & Ireland is very pleased to invite you to our annual Symposium 2017. REGISTRATION www.dhi-symposium.uk IMPORTANT DATES Reception: 26th June 2017 (evening) Symposium day: 27th June 2017 FEES Participation in the event is free of charge, including: - drinks reception and symposium dinner on the 26th June - lunch and attendance at the Symposium on 27th June LOCATION AND VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit www.moathouse.co.uk This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Monday 26th June 2017. We encourage everyone to arrive on the 26th to relax with a drink, good food, some informal networking, and news about our forthcoming MIKE 2017 release. The main event will start at 9:00am on the Tuesday 27th June 2017. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/uk2017symposiumprogrammeukv1-170613093529-thumbnail.jpg?width=120&height=120&fit=bounds" /> DATA-LED DECISION MAKING IN A CHANGING WORLD Knowledge sharing for water and environmental professionals DHI UK & Ireland is very pleased to invite you to our annual Symposium 2017. REGISTRATION www.dhi-symposium.uk IMPORTANT DATES Reception: 26th June 2017 (evening) Symposium day: 27th June 2017 FEES Participation in the event is free of charge, including: - drinks reception and symposium dinner on the 26th June - lunch and attendance at the Symposium on 27th June LOCATION AND VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit www.moathouse.co.uk This free event is your opportunity to learn more about the varied applications of our modelling software, and our complementary technologies, through client-led presentations. The Symposium provides an excellent opportunity to meet DHI experts, as well as your contemporaries from consultancy, academia, regulatory authorities and research organisations. We will be starting this year's event with drinks reception and conference dinner, hosted by DHI UK & Ireland, on the evening of Monday 26th June 2017. We encourage everyone to arrive on the 26th to relax with a drink, good food, some informal networking, and news about our forthcoming MIKE 2017 release. The main event will start at 9:00am on the Tuesday 27th June 2017. This day will be your opportunity to tell everyone how you have been using MIKE software over the past 12-months, share newly acquired knowledge and innovations, learn how we use our software, and network with your peers. Lunch will be provided, and the day will finish around 4:30pm to give you time to travel home. You are more than welcome to stay on later if you wish to meet with us face to face.

DHI UK & Ireland Symposium 2017 Programme from Stephen Flood

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0 DHI UK & Ireland Symposium 2017 Announcement Flyer /slideshow/dhi-uk-ireland-symposium-2017-announcement-flyer/73363632 uk2017ugmflyerukv1-170320153903
DHI UK & Ireland Symposium 2017 VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit https://www.moathouse.co.uk/ DATES Drinks reception and conference dinner: 6:00pm-10:00pm on 26th June 2017. Symposium: 9:00am-4:30pm on 7th June 2017. FEES Attendance at the drinks reception and conference dinner on the 26th June is free of charge. Attendance at the Symposium on 27th June is also free of charge.]]>
DHI UK & Ireland Symposium 2017 VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit https://www.moathouse.co.uk/ DATES Drinks reception and conference dinner: 6:00pm-10:00pm on 26th June 2017. Symposium: 9:00am-4:30pm on 7th June 2017. FEES Attendance at the drinks reception and conference dinner on the 26th June is free of charge. Attendance at the Symposium on 27th June is also free of charge.]]> Mon, 20 Mar 2017 15:39:03 GMT /slideshow/dhi-uk-ireland-symposium-2017-announcement-flyer/73363632 sjf_dhi@slideshare.net(sjf_dhi) DHI UK & Ireland Symposium 2017 Announcement Flyer sjf_dhi DHI UK & Ireland Symposium 2017 VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit https://www.moathouse.co.uk/ DATES Drinks reception and conference dinner: 6:00pm-10:00pm on 26th June 2017. Symposium: 9:00am-4:30pm on 7th June 2017. FEES Attendance at the drinks reception and conference dinner on the 26th June is free of charge. Attendance at the Symposium on 27th June is also free of charge. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/uk2017ugmflyerukv1-170320153903-thumbnail.jpg?width=120&height=120&fit=bounds" /> DHI UK & Ireland Symposium 2017 VENUE The Moat House, Acton Trussell, Stafford, Staffordshire, ST17 0RJ, UK. Please visit https://www.moathouse.co.uk/ DATES Drinks reception and conference dinner: 6:00pm-10:00pm on 26th June 2017. Symposium: 9:00am-4:30pm on 7th June 2017. FEES Attendance at the drinks reception and conference dinner on the 26th June is free of charge. Attendance at the Symposium on 27th June is also free of charge.

DHI UK & Ireland Symposium 2017 Announcement Flyer from Stephen Flood

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0 Ports & Navigation: Optimise Operability and Reduce Dredging Costs 20-50% with Nonlinear Channel Optimisation Simulator (NCOS) /slideshow/ports-navigation-optimise-operability-and-reduce-dredging-costs-2050-with-nonlinear-channel-optimisation-simulator-ncos/71578127 dhibrochurefinal-170131091836
DHI and FORCE Technology have together developed a cutting-edge software package for quantifying and optimising channel operability, which sets a new industry standard for how accurately vessel under keel clearance (UKC) predictions can be incorporated effectively into the design and day-to-day operational management of navigational channels in some of the world’s most complex waterways.]]>
DHI and FORCE Technology have together developed a cutting-edge software package for quantifying and optimising channel operability, which sets a new industry standard for how accurately vessel under keel clearance (UKC) predictions can be incorporated effectively into the design and day-to-day operational management of navigational channels in some of the world’s most complex waterways.]]> Tue, 31 Jan 2017 09:18:36 GMT /slideshow/ports-navigation-optimise-operability-and-reduce-dredging-costs-2050-with-nonlinear-channel-optimisation-simulator-ncos/71578127 sjf_dhi@slideshare.net(sjf_dhi) Ports & Navigation: Optimise Operability and Reduce Dredging Costs 20-50% with Nonlinear Channel Optimisation Simulator (NCOS) sjf_dhi DHI and FORCE Technology have together developed a cutting-edge software package for quantifying and optimising channel operability, which sets a new industry standard for how accurately vessel under keel clearance (UKC) predictions can be incorporated effectively into the design and day-to-day operational management of navigational channels in some of the world’s most complex waterways. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/dhibrochurefinal-170131091836-thumbnail.jpg?width=120&height=120&fit=bounds" /> DHI and FORCE Technology have together developed a cutting-edge software package for quantifying and optimising channel operability, which sets a new industry standard for how accurately vessel under keel clearance (UKC) predictions can be incorporated effectively into the design and day-to-day operational management of navigational channels in some of the world’s most complex waterways.

Ports & Navigation: Optimise Operability and Reduce Dredging Costs 20-50% with Nonlinear Channel Optimisation Simulator (NCOS) from Stephen Flood

]]> 198 2 https://cdn.slidesharecdn.com/ss_thumbnails/dhibrochurefinal-170131091836-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post

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0 Smart Real-time Control of Water Systems /sjf_dhi/smart-realtime-control-of-water-systems smartreal-timecontrolofwatersystems-161122104652
Smart Real-time Control of Water Systems Henrik Madsen(1), Peter Steen Mikkelsen(2), Lasse Engbo Christiansen(3), Anne Katrine Falk(1), Morten Borup(2), Rune Juhl(3), Nadia Schou Vorndran Lund(2), Rasmus Halvgaard(1), Nina Donna Sto. Domingo(1), Lisbeth Birch Pedersen(1), Stephen J. Flood(1) & Lene Bassøe(4) (1)DHI, Agern Alle 5, 2970 Hørsholm, DK (2)DTU Environment, Bygning 115, , 2800 Kongens Lyngby, DK (3)DTU Compute, Bygning 324, 2800 Kongens Lyngby, DK (4)Aarhus Water, Bautavej 1, 8210 Aarhus V, DK Delivered at: Urban Drainage Group Autumn Conference and Exhibition 2016, Blackpool, UK, November 9th–11th 2016 Presenter: Dr. Lisbeth Birch Pedersen (Product Owner, MIKE Powered by DHI) Keywords: smart water, smart cities, urban drainage, climate change, surrogate modelling, weather radar, frameworks Cities across the world are facing significant water system challenges related to urbanisation and climate change. To advance the concept of integrated real-time control of water systems, an innovative generalised technology framework has been developed as part of a collaborative research effort. The framework facilitates the global acceptance and improved implementation of smart real-time control of water systems which offers a proven, cost effective alternative to the conventional approach of increasing system capacity. The core of the framework is a generalised data platform which can be used within all water domains. This platform integrates time series data and spatial data with numerical models, and offers a broad suite of generalised tools for data processing and reporting. Data tools can be executed as automated workflows that replace tedious and error prone manual tasks. A key element of the work is the development of fast and accurate surrogate models of complex physical systems, complementing standard deterministic high-fidelity models adapted to observations in real time in order to ensure efficiency and performance of the automated model predictive control algorithms. A second element is the utilisation of local area weather radar data, since distributed rainfall observations and accurate forecasts are essential for optimising the use of the system capacity. This work focuses on the impacts of using the new smart real-time control of water systems framework on a full scale, real world example using the urban drainage system of the city of Aarhus, Denmark as a testbed.]]>
Smart Real-time Control of Water Systems Henrik Madsen(1), Peter Steen Mikkelsen(2), Lasse Engbo Christiansen(3), Anne Katrine Falk(1), Morten Borup(2), Rune Juhl(3), Nadia Schou Vorndran Lund(2), Rasmus Halvgaard(1), Nina Donna Sto. Domingo(1), Lisbeth Birch Pedersen(1), Stephen J. Flood(1) & Lene Bassøe(4) (1)DHI, Agern Alle 5, 2970 Hørsholm, DK (2)DTU Environment, Bygning 115, , 2800 Kongens Lyngby, DK (3)DTU Compute, Bygning 324, 2800 Kongens Lyngby, DK (4)Aarhus Water, Bautavej 1, 8210 Aarhus V, DK Delivered at: Urban Drainage Group Autumn Conference and Exhibition 2016, Blackpool, UK, November 9th–11th 2016 Presenter: Dr. Lisbeth Birch Pedersen (Product Owner, MIKE Powered by DHI) Keywords: smart water, smart cities, urban drainage, climate change, surrogate modelling, weather radar, frameworks Cities across the world are facing significant water system challenges related to urbanisation and climate change. To advance the concept of integrated real-time control of water systems, an innovative generalised technology framework has been developed as part of a collaborative research effort. The framework facilitates the global acceptance and improved implementation of smart real-time control of water systems which offers a proven, cost effective alternative to the conventional approach of increasing system capacity. The core of the framework is a generalised data platform which can be used within all water domains. This platform integrates time series data and spatial data with numerical models, and offers a broad suite of generalised tools for data processing and reporting. Data tools can be executed as automated workflows that replace tedious and error prone manual tasks. A key element of the work is the development of fast and accurate surrogate models of complex physical systems, complementing standard deterministic high-fidelity models adapted to observations in real time in order to ensure efficiency and performance of the automated model predictive control algorithms. A second element is the utilisation of local area weather radar data, since distributed rainfall observations and accurate forecasts are essential for optimising the use of the system capacity. This work focuses on the impacts of using the new smart real-time control of water systems framework on a full scale, real world example using the urban drainage system of the city of Aarhus, Denmark as a testbed.]]> Tue, 22 Nov 2016 10:46:52 GMT /sjf_dhi/smart-realtime-control-of-water-systems sjf_dhi@slideshare.net(sjf_dhi) Smart Real-time Control of Water Systems sjf_dhi Smart Real-time Control of Water Systems Henrik Madsen(1), Peter Steen Mikkelsen(2), Lasse Engbo Christiansen(3), Anne Katrine Falk(1), Morten Borup(2), Rune Juhl(3), Nadia Schou Vorndran Lund(2), Rasmus Halvgaard(1), Nina Donna Sto. Domingo(1), Lisbeth Birch Pedersen(1), Stephen J. Flood(1) & Lene Bassøe(4) (1)DHI, Agern Alle 5, 2970 Hørsholm, DK (2)DTU Environment, Bygning 115, , 2800 Kongens Lyngby, DK (3)DTU Compute, Bygning 324, 2800 Kongens Lyngby, DK (4)Aarhus Water, Bautavej 1, 8210 Aarhus V, DK Delivered at: Urban Drainage Group Autumn Conference and Exhibition 2016, Blackpool, UK, November 9th–11th 2016 Presenter: Dr. Lisbeth Birch Pedersen (Product Owner, MIKE Powered by DHI) Keywords: smart water, smart cities, urban drainage, climate change, surrogate modelling, weather radar, frameworks Cities across the world are facing significant water system challenges related to urbanisation and climate change. To advance the concept of integrated real-time control of water systems, an innovative generalised technology framework has been developed as part of a collaborative research effort. The framework facilitates the global acceptance and improved implementation of smart real-time control of water systems which offers a proven, cost effective alternative to the conventional approach of increasing system capacity. The core of the framework is a generalised data platform which can be used within all water domains. This platform integrates time series data and spatial data with numerical models, and offers a broad suite of generalised tools for data processing and reporting. Data tools can be executed as automated workflows that replace tedious and error prone manual tasks. A key element of the work is the development of fast and accurate surrogate models of complex physical systems, complementing standard deterministic high-fidelity models adapted to observations in real time in order to ensure efficiency and performance of the automated model predictive control algorithms. A second element is the utilisation of local area weather radar data, since distributed rainfall observations and accurate forecasts are essential for optimising the use of the system capacity. This work focuses on the impacts of using the new smart real-time control of water systems framework on a full scale, real world example using the urban drainage system of the city of Aarhus, Denmark as a testbed. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/smartreal-timecontrolofwatersystems-161122104652-thumbnail.jpg?width=120&height=120&fit=bounds" /> Smart Real-time Control of Water Systems Henrik Madsen(1), Peter Steen Mikkelsen(2), Lasse Engbo Christiansen(3), Anne Katrine Falk(1), Morten Borup(2), Rune Juhl(3), Nadia Schou Vorndran Lund(2), Rasmus Halvgaard(1), Nina Donna Sto. Domingo(1), Lisbeth Birch Pedersen(1), Stephen J. Flood(1) & Lene Bassøe(4) (1)DHI, Agern Alle 5, 2970 Hørsholm, DK (2)DTU Environment, Bygning 115, , 2800 Kongens Lyngby, DK (3)DTU Compute, Bygning 324, 2800 Kongens Lyngby, DK (4)Aarhus Water, Bautavej 1, 8210 Aarhus V, DK Delivered at: Urban Drainage Group Autumn Conference and Exhibition 2016, Blackpool, UK, November 9th–11th 2016 Presenter: Dr. Lisbeth Birch Pedersen (Product Owner, MIKE Powered by DHI) Keywords: smart water, smart cities, urban drainage, climate change, surrogate modelling, weather radar, frameworks Cities across the world are facing significant water system challenges related to urbanisation and climate change. To advance the concept of integrated real-time control of water systems, an innovative generalised technology framework has been developed as part of a collaborative research effort. The framework facilitates the global acceptance and improved implementation of smart real-time control of water systems which offers a proven, cost effective alternative to the conventional approach of increasing system capacity. The core of the framework is a generalised data platform which can be used within all water domains. This platform integrates time series data and spatial data with numerical models, and offers a broad suite of generalised tools for data processing and reporting. Data tools can be executed as automated workflows that replace tedious and error prone manual tasks. A key element of the work is the development of fast and accurate surrogate models of complex physical systems, complementing standard deterministic high-fidelity models adapted to observations in real time in order to ensure efficiency and performance of the automated model predictive control algorithms. A second element is the utilisation of local area weather radar data, since distributed rainfall observations and accurate forecasts are essential for optimising the use of the system capacity. This work focuses on the impacts of using the new smart real-time control of water systems framework on a full scale, real world example using the urban drainage system of the city of Aarhus, Denmark as a testbed.

Smart Real-time Control of Water Systems from Stephen Flood

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0 DHI UK - BRIEFING FOR UK AND IRELAND WATER COMPANIES - NO 4 - UDG EDITION - NOV 2016 /slideshow/dhi-uk-briefing-for-uk-and-ireland-water-companies-no-4-udg-edition-nov-2016/68572568 dhiuk-briefingforukandirelandwatercompanies-no4-udgedition-nov2016-161110101137
BRIEFING FOR UK & IRELAND WATER COMPANIES Welcome to a special 'CIWEM UDG 2016' issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. The full and complete fourth edition will be available soon. Publication is primarily through Linkedin, so please share with your colleagues and friends. ]]>
BRIEFING FOR UK & IRELAND WATER COMPANIES Welcome to a special 'CIWEM UDG 2016' issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. The full and complete fourth edition will be available soon. Publication is primarily through Linkedin, so please share with your colleagues and friends. ]]> Thu, 10 Nov 2016 10:11:37 GMT /slideshow/dhi-uk-briefing-for-uk-and-ireland-water-companies-no-4-udg-edition-nov-2016/68572568 sjf_dhi@slideshare.net(sjf_dhi) DHI UK - BRIEFING FOR UK AND IRELAND WATER COMPANIES - NO 4 - UDG EDITION - NOV 2016 sjf_dhi BRIEFING FOR UK & IRELAND WATER COMPANIES Welcome to a special 'CIWEM UDG 2016' issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. The full and complete fourth edition will be available soon. Publication is primarily through Linkedin, so please share with your colleagues and friends. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/dhiuk-briefingforukandirelandwatercompanies-no4-udgedition-nov2016-161110101137-thumbnail.jpg?width=120&height=120&fit=bounds" /> BRIEFING FOR UK & IRELAND WATER COMPANIES Welcome to a special 'CIWEM UDG 2016' issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. The full and complete fourth edition will be available soon. Publication is primarily through Linkedin, so please share with your colleagues and friends.

DHI UK - BRIEFING FOR UK AND IRELAND WATER COMPANIES - NO 4 - UDG EDITION - NOV 2016 from Stephen Flood

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0 https://cdn.slidesharecdn.com/profile-photo-sjf_dhi-48x48.jpg?cb=1623152576 A multi-disciplinary Civil Engineer with 25 years experience, I have been fortunate enough to work on some of the most challenging and varied projects in the South West of England - including The Eden Project, Lundy Island, The Devonport Royal Dockyard Refit and The Gunnislake Mine Collapses & Drainage Relief Scheme - and beyond. My enthusiasm for computer modelling across all fields - from advanced structural analysis, geotechnics to (in particular) hydraulics - caused me to fall in love with a one-dimensional river model called MIKE 11, which in turn led me to DHI. As head of MIKE Powered by DHI software for the United Kingdom & Ireland, my technical and very challenging role (informe... http://dhiuk-demos.blogspot.com/ https://cdn.slidesharecdn.com/ss_thumbnails/udgnovember2018finalversionnoanimation-181112144326-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/models-done-better-udg2018-intertek-and-dhi/122795357 Models Done Better... ... https://cdn.slidesharecdn.com/ss_thumbnails/futuretechnologies-irelandsymposium-180926063157-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/dhis-digital-strategy-and-future-technologies-mark-britton-dhi/116626904 DHI’s Digital Strategy... https://cdn.slidesharecdn.com/ss_thumbnails/siddhijoshigalwayuniversity-180926063031-thumbnail.jpg?width=320&height=320&fit=bounds sjf_dhi/sediment-mobility-modelling-and-maerl-habitat-dynamics-in-galway-bay-siddhi-joshi-national-university-of-ireland-galway Sediment mobility mode...