�ݺ�ߣshows by User: patilshantanu28

�ݺ�ߣshows by User: patilshantanu28 / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: patilshantanu28 / Thu, 29 Jun 2017 13:45:12 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: patilshantanu28 Study of causes of failures and remedies on road /slideshow/study-of-causes-of-failures-and-remedies-on-road-77371891/77371891 studyofcausesoffailuresandremediesforroadconstruction-170629134512
Highway engineering means the art of designing, constructing and maintaining public roads. Roads are considered to be one of the most cost effective and preferred modes of transportation. It is easily available and accessible to all sections of the society. It facilitates the movement of both men and materials from one place to another within a country. It helps to bring about national integration as well as provide for countries overall socio-economic development. It is a key infrastructural unit which links to other modes of transportation like railway, shipping, airways etc. Hence an efficient and well established road network is inevitable for promoting trade and commerce as well as meeting the needs of sound transportation system in the country.]]>
Highway engineering means the art of designing, constructing and maintaining public roads. Roads are considered to be one of the most cost effective and preferred modes of transportation. It is easily available and accessible to all sections of the society. It facilitates the movement of both men and materials from one place to another within a country. It helps to bring about national integration as well as provide for countries overall socio-economic development. It is a key infrastructural unit which links to other modes of transportation like railway, shipping, airways etc. Hence an efficient and well established road network is inevitable for promoting trade and commerce as well as meeting the needs of sound transportation system in the country.]]> Thu, 29 Jun 2017 13:45:12 GMT /slideshow/study-of-causes-of-failures-and-remedies-on-road-77371891/77371891 patilshantanu28@slideshare.net(patilshantanu28) Study of causes of failures and remedies on road patilshantanu28 Highway engineering means the art of designing, constructing and maintaining public roads. Roads are considered to be one of the most cost effective and preferred modes of transportation. It is easily available and accessible to all sections of the society. It facilitates the movement of both men and materials from one place to another within a country. It helps to bring about national integration as well as provide for countries overall socio-economic development. It is a key infrastructural unit which links to other modes of transportation like railway, shipping, airways etc. Hence an efficient and well established road network is inevitable for promoting trade and commerce as well as meeting the needs of sound transportation system in the country. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/studyofcausesoffailuresandremediesforroadconstruction-170629134512-thumbnail.jpg?width=120&height=120&fit=bounds" /> Highway engineering means the art of designing, constructing and maintaining public roads. Roads are considered to be one of the most cost effective and preferred modes of transportation. It is easily available and accessible to all sections of the society. It facilitates the movement of both men and materials from one place to another within a country. It helps to bring about national integration as well as provide for countries overall socio-economic development. It is a key infrastructural unit which links to other modes of transportation like railway, shipping, airways etc. Hence an efficient and well established road network is inevitable for promoting trade and commerce as well as meeting the needs of sound transportation system in the country.

Study of causes of failures and remedies on road from Shantanu Patil

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0 Submerged Floating Tunnel by Shantanu Patil /slideshow/submerged-floating-tunnel-by-shantanu-patil-54438730/54438730 sftseminar-151027161547-lva1-app6892
Tunnels in water are by no means new in civil engineering. Since about 1900, more then 100 immersed tunnels have been constructed. Bridges are the most common structures used for crossing water bodies. In some cases immersed tunnels also used which run beneath the sea or river bed. But when the bed is too rocky ,too deep or too undulating submerged floating tunnels are used . The Submerged Floating Tunnel concept was first conceived at the beginning of the century, but no actual project was undertaken until recently. As the needs of society for regional growth and the protection of the environment have assumed increased importance, in this wider context the submerged floating tunnel offers new opportunities. The submerged floating tunnel is an innovative concept for crossing waterways, utilizing the law of buoyancy to support the structure at a moderate and convenient depth .The Submerged floating Tunnel is a tube like structure made of Steel and Concrete utilizing the law of buoyancy .It supported on columns or held in place by tethers attached to the sea floor or by pontoons floating on the surface. The Submerged floating tunnel utilizes lakes and waterways to carry traffic under water and on to the other side, where it can be conveniently linked to the rural network or to the underground infrastructure of modern cities. ]]>
Tunnels in water are by no means new in civil engineering. Since about 1900, more then 100 immersed tunnels have been constructed. Bridges are the most common structures used for crossing water bodies. In some cases immersed tunnels also used which run beneath the sea or river bed. But when the bed is too rocky ,too deep or too undulating submerged floating tunnels are used . The Submerged Floating Tunnel concept was first conceived at the beginning of the century, but no actual project was undertaken until recently. As the needs of society for regional growth and the protection of the environment have assumed increased importance, in this wider context the submerged floating tunnel offers new opportunities. The submerged floating tunnel is an innovative concept for crossing waterways, utilizing the law of buoyancy to support the structure at a moderate and convenient depth .The Submerged floating Tunnel is a tube like structure made of Steel and Concrete utilizing the law of buoyancy .It supported on columns or held in place by tethers attached to the sea floor or by pontoons floating on the surface. The Submerged floating tunnel utilizes lakes and waterways to carry traffic under water and on to the other side, where it can be conveniently linked to the rural network or to the underground infrastructure of modern cities. ]]> Tue, 27 Oct 2015 16:15:47 GMT /slideshow/submerged-floating-tunnel-by-shantanu-patil-54438730/54438730 patilshantanu28@slideshare.net(patilshantanu28) Submerged Floating Tunnel by Shantanu Patil patilshantanu28 Tunnels in water are by no means new in civil engineering. Since about 1900, more then 100 immersed tunnels have been constructed. Bridges are the most common structures used for crossing water bodies. In some cases immersed tunnels also used which run beneath the sea or river bed. But when the bed is too rocky ,too deep or too undulating submerged floating tunnels are used . The Submerged Floating Tunnel concept was first conceived at the beginning of the century, but no actual project was undertaken until recently. As the needs of society for regional growth and the protection of the environment have assumed increased importance, in this wider context the submerged floating tunnel offers new opportunities. The submerged floating tunnel is an innovative concept for crossing waterways, utilizing the law of buoyancy to support the structure at a moderate and convenient depth .The Submerged floating Tunnel is a tube like structure made of Steel and Concrete utilizing the law of buoyancy .It supported on columns or held in place by tethers attached to the sea floor or by pontoons floating on the surface. The Submerged floating tunnel utilizes lakes and waterways to carry traffic under water and on to the other side, where it can be conveniently linked to the rural network or to the underground infrastructure of modern cities. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/sftseminar-151027161547-lva1-app6892-thumbnail.jpg?width=120&height=120&fit=bounds" /> Tunnels in water are by no means new in civil engineering. Since about 1900, more then 100 immersed tunnels have been constructed. Bridges are the most common structures used for crossing water bodies. In some cases immersed tunnels also used which run beneath the sea or river bed. But when the bed is too rocky ,too deep or too undulating submerged floating tunnels are used . The Submerged Floating Tunnel concept was first conceived at the beginning of the century, but no actual project was undertaken until recently. As the needs of society for regional growth and the protection of the environment have assumed increased importance, in this wider context the submerged floating tunnel offers new opportunities. The submerged floating tunnel is an innovative concept for crossing waterways, utilizing the law of buoyancy to support the structure at a moderate and convenient depth .The Submerged floating Tunnel is a tube like structure made of Steel and Concrete utilizing the law of buoyancy .It supported on columns or held in place by tethers attached to the sea floor or by pontoons floating on the surface. The Submerged floating tunnel utilizes lakes and waterways to carry traffic under water and on to the other side, where it can be conveniently linked to the rural network or to the underground infrastructure of modern cities.

Submerged Floating Tunnel by Shantanu Patil from Shantanu Patil

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0 Use of Waste Plastic for Road Construction by Shantanu Patil /slideshow/use-of-waste-plastic-for-road-constructionshantanu-patil/53495688 final-151003155343-lva1-app6891
Human being generally generate plastic and utilize it for different purposes. Today, every vital sector of the economy starting from agriculture to packaging, automobile, building construction, communication or Info-Tech has been virtually revolutionized by the applications of plastic. But after its use, the plastic material can not be disposed off properly. This disposed plastic is considered as a waste. Generally this type of waste plastic is collected, re-circulated and recycled by the local scrap dealers. Now-a-days this waste plastic can be used for different fields…]]>
Human being generally generate plastic and utilize it for different purposes. Today, every vital sector of the economy starting from agriculture to packaging, automobile, building construction, communication or Info-Tech has been virtually revolutionized by the applications of plastic. But after its use, the plastic material can not be disposed off properly. This disposed plastic is considered as a waste. Generally this type of waste plastic is collected, re-circulated and recycled by the local scrap dealers. Now-a-days this waste plastic can be used for different fields…]]> Sat, 03 Oct 2015 15:53:43 GMT /slideshow/use-of-waste-plastic-for-road-constructionshantanu-patil/53495688 patilshantanu28@slideshare.net(patilshantanu28) Use of Waste Plastic for Road Construction by Shantanu Patil patilshantanu28 Human being generally generate plastic and utilize it for different purposes. Today, every vital sector of the economy starting from agriculture to packaging, automobile, building construction, communication or Info-Tech has been virtually revolutionized by the applications of plastic. But after its use, the plastic material can not be disposed off properly. This disposed plastic is considered as a waste. Generally this type of waste plastic is collected, re-circulated and recycled by the local scrap dealers. Now-a-days this waste plastic can be used for different fields… <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/final-151003155343-lva1-app6891-thumbnail.jpg?width=120&height=120&fit=bounds" /> Human being generally generate plastic and utilize it for different purposes. Today, every vital sector of the economy starting from agriculture to packaging, automobile, building construction, communication or Info-Tech has been virtually revolutionized by the applications of plastic. But after its use, the plastic material can not be disposed off properly. This disposed plastic is considered as a waste. Generally this type of waste plastic is collected, re-circulated and recycled by the local scrap dealers. Now-a-days this waste plastic can be used for different fields…

Use of Waste Plastic for Road Construction by Shantanu Patil from Shantanu Patil

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0 Seminar on Bomb Blast Resistant Structure by Shantanu Patil /patilshantanu28/shantanu-patilbomb-blast-resistant-structurre bbrsreport-150903134952-lva1-app6891
The design of civilian or commercial buildings to withstand the effects of a terrorist blast is unlike the design of military installations or the design of embassy buildings. The objectives of the “Structural Engineering Guidelines” for the Design of New Embassy Buildings are to prevent heavy damage to components and structural collapse. Adherence to the provisions of the guidelines will minimize injuries and loss of life and facilitate the evacuation and rescue of survivors. The blast-protection objective of any commercial or public building must be similar to those of embassy structures, that is to prevent structural collapse, to save lives, and to evacuate victims.]]>
The design of civilian or commercial buildings to withstand the effects of a terrorist blast is unlike the design of military installations or the design of embassy buildings. The objectives of the “Structural Engineering Guidelines” for the Design of New Embassy Buildings are to prevent heavy damage to components and structural collapse. Adherence to the provisions of the guidelines will minimize injuries and loss of life and facilitate the evacuation and rescue of survivors. The blast-protection objective of any commercial or public building must be similar to those of embassy structures, that is to prevent structural collapse, to save lives, and to evacuate victims.]]> Thu, 03 Sep 2015 13:49:52 GMT /patilshantanu28/shantanu-patilbomb-blast-resistant-structurre patilshantanu28@slideshare.net(patilshantanu28) Seminar on Bomb Blast Resistant Structure by Shantanu Patil patilshantanu28 The design of civilian or commercial buildings to withstand the effects of a terrorist blast is unlike the design of military installations or the design of embassy buildings. The objectives of the “Structural Engineering Guidelines” for the Design of New Embassy Buildings are to prevent heavy damage to components and structural collapse. Adherence to the provisions of the guidelines will minimize injuries and loss of life and facilitate the evacuation and rescue of survivors. The blast-protection objective of any commercial or public building must be similar to those of embassy structures, that is to prevent structural collapse, to save lives, and to evacuate victims. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bbrsreport-150903134952-lva1-app6891-thumbnail.jpg?width=120&height=120&fit=bounds" /> The design of civilian or commercial buildings to withstand the effects of a terrorist blast is unlike the design of military installations or the design of embassy buildings. The objectives of the “Structural Engineering Guidelines” for the Design of New Embassy Buildings are to prevent heavy damage to components and structural collapse. Adherence to the provisions of the guidelines will minimize injuries and loss of life and facilitate the evacuation and rescue of survivors. The blast-protection objective of any commercial or public building must be similar to those of embassy structures, that is to prevent structural collapse, to save lives, and to evacuate victims.

Seminar on Bomb Blast Resistant Structure by Shantanu Patil from Shantanu Patil

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0 Construction Challenges For Bridges In Hilly Areas /slideshow/construction-challenges-for-bridges-in-hilly-areas-52381884/52381884 mainproject-copy-150903125303-lva1-app6892
Hilly region pose unique problem for bridge construction. In a restricted hilly area itself climatic condition, Geographical features and hydrological parameters affect considerably. Keeping in view the bridge site and various constraints, type of bridges and method of construction are to be selected carefully for safe, economical and successful completion of bridges construction.]]>
Hilly region pose unique problem for bridge construction. In a restricted hilly area itself climatic condition, Geographical features and hydrological parameters affect considerably. Keeping in view the bridge site and various constraints, type of bridges and method of construction are to be selected carefully for safe, economical and successful completion of bridges construction.]]> Thu, 03 Sep 2015 12:53:03 GMT /slideshow/construction-challenges-for-bridges-in-hilly-areas-52381884/52381884 patilshantanu28@slideshare.net(patilshantanu28) Construction Challenges For Bridges In Hilly Areas patilshantanu28 Hilly region pose unique problem for bridge construction. In a restricted hilly area itself climatic condition, Geographical features and hydrological parameters affect considerably. Keeping in view the bridge site and various constraints, type of bridges and method of construction are to be selected carefully for safe, economical and successful completion of bridges construction. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/mainproject-copy-150903125303-lva1-app6892-thumbnail.jpg?width=120&height=120&fit=bounds" /> Hilly region pose unique problem for bridge construction. In a restricted hilly area itself climatic condition, Geographical features and hydrological parameters affect considerably. Keeping in view the bridge site and various constraints, type of bridges and method of construction are to be selected carefully for safe, economical and successful completion of bridges construction.

Construction Challenges For Bridges In Hilly Areas from Shantanu Patil

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0 https://cdn.slidesharecdn.com/profile-photo-patilshantanu28-48x48.jpg?cb=1723608934 • Currently working as a Builder, Developer and Govt. Contractor in Real Estate & Infrastructural industry in North Maharashtra Region. • 2 years working experince in Retail Technical Lending, Project Appraisals, Financing & Valuation, Operations & Business Development. • 4 months of working experience as Project Management Intern in Infrastructural Industry. • 1 year on site experience in real estate industry. • MBA in Construction and Project Management along with Bachelors in Civil Engineering. • Ability to learn things quickly, share ideas & suggestions with fluency in English, Hindi & Marathi. • Highly motivated & ambitious individual. in.linkedin.com/in/patilshantanu28 https://cdn.slidesharecdn.com/ss_thumbnails/studyofcausesoffailuresandremediesforroadconstruction-170629134512-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/study-of-causes-of-failures-and-remedies-on-road-77371891/77371891 Study of causes of fai... https://cdn.slidesharecdn.com/ss_thumbnails/sftseminar-151027161547-lva1-app6892-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/submerged-floating-tunnel-by-shantanu-patil-54438730/54438730 Submerged Floating Tun... https://cdn.slidesharecdn.com/ss_thumbnails/final-151003155343-lva1-app6891-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/use-of-waste-plastic-for-road-constructionshantanu-patil/53495688 Use of Waste Plastic f...