�ݺ�ߣshows by User: SnehaKothari13

�ݺ�ߣshows by User: SnehaKothari13 / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: SnehaKothari13 / Tue, 30 Aug 2022 18:11:49 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: SnehaKothari13 SPA VIJAYAWADA CASE STUDY.pptx /slideshow/spa-vijayawada-case-studypptx/252764941 spavijayawadaslideshare-220830181149-eb6da1f1
The School of Planning and Architecture, Vijayawada (SPA Vijayawada) is a higher education institute in Vijayawada, India, specializing education and research in the field of urban planning and architecture. It is one of the two School of Planning and Architecture (SPAs) established by the Ministry of Human Resource Development, Government of India in 2008 as an autonomous institute and a fully Centrally Funded Technical Institution (CFTI). It forms a part of the league along with the other two SPAs: SPA Bhopal and SPA Delhi. The roots of the institute are with a report made by the Institute of Town Planners, India (ITPI), on the request of the Ministry of Human Resource Development regarding the establishment of more SPAs, in addition to the SPA Delhi, established 1959. Based on this report, the decision was made to establish two schools, in Bhopal and Vijayawada.[2] On 7 July 2008, SPA Vijayawada was established as an autonomous Centrally Funded Technical Institution (CFTI).[3] In 2014, Lok Sabha passed a bill to make all the three SPAs "centre of excellence" on the pattern of IITs and IIMs, now it is a Institute of national importance. Initially, the school was operated out of a temporary campus in Acharya Nagarjuna University in Guntur till 2011, before moving to its current campus. In 2011, the foundation stone of the Vijayawada campus was laid by Daggubati Purandeswari, Minister of State for Human Resource Development. The present campus is located at Nidamanuru, on National Highway 5, close to the Vijayawada Airport (12.4 km only).[4] Expansion plans include building more hostels to accommodate the growing number of post graduate students, a state-of-the-art sports complex and residential quarters for doctoral students. The Government of Andhra Pradesh is in the process of allotting nearly 60 acres of land, spread over two locations in and around Vijayawada, for the development of the school. Of this, the first 7.2 acres was handed over on 22 February 2010. In January 2012, design for the new campus was adopted as part of an all-India competition and it is proposed to develop it as an eco-friendly campus with state-of-the-art facilities. The proposed campus will comprise academic, co-curricular and residential facilities The school is being run under supervision and guidance of a board of governors. The board comprises members from Ministry of Human Resource Development, Department of Higher Education, Andhra Pradesh Government, two representatives of the Government of India from the fields of architecture and planning, representative of the Institute of Town Planners, Indian Institute of Architects, University Grants Commission, School of Planning and Architecture, Delhi and All India Council for Technical Education.]]>
The School of Planning and Architecture, Vijayawada (SPA Vijayawada) is a higher education institute in Vijayawada, India, specializing education and research in the field of urban planning and architecture. It is one of the two School of Planning and Architecture (SPAs) established by the Ministry of Human Resource Development, Government of India in 2008 as an autonomous institute and a fully Centrally Funded Technical Institution (CFTI). It forms a part of the league along with the other two SPAs: SPA Bhopal and SPA Delhi. The roots of the institute are with a report made by the Institute of Town Planners, India (ITPI), on the request of the Ministry of Human Resource Development regarding the establishment of more SPAs, in addition to the SPA Delhi, established 1959. Based on this report, the decision was made to establish two schools, in Bhopal and Vijayawada.[2] On 7 July 2008, SPA Vijayawada was established as an autonomous Centrally Funded Technical Institution (CFTI).[3] In 2014, Lok Sabha passed a bill to make all the three SPAs "centre of excellence" on the pattern of IITs and IIMs, now it is a Institute of national importance. Initially, the school was operated out of a temporary campus in Acharya Nagarjuna University in Guntur till 2011, before moving to its current campus. In 2011, the foundation stone of the Vijayawada campus was laid by Daggubati Purandeswari, Minister of State for Human Resource Development. The present campus is located at Nidamanuru, on National Highway 5, close to the Vijayawada Airport (12.4 km only).[4] Expansion plans include building more hostels to accommodate the growing number of post graduate students, a state-of-the-art sports complex and residential quarters for doctoral students. The Government of Andhra Pradesh is in the process of allotting nearly 60 acres of land, spread over two locations in and around Vijayawada, for the development of the school. Of this, the first 7.2 acres was handed over on 22 February 2010. In January 2012, design for the new campus was adopted as part of an all-India competition and it is proposed to develop it as an eco-friendly campus with state-of-the-art facilities. The proposed campus will comprise academic, co-curricular and residential facilities The school is being run under supervision and guidance of a board of governors. The board comprises members from Ministry of Human Resource Development, Department of Higher Education, Andhra Pradesh Government, two representatives of the Government of India from the fields of architecture and planning, representative of the Institute of Town Planners, Indian Institute of Architects, University Grants Commission, School of Planning and Architecture, Delhi and All India Council for Technical Education.]]> Tue, 30 Aug 2022 18:11:49 GMT /slideshow/spa-vijayawada-case-studypptx/252764941 SnehaKothari13@slideshare.net(SnehaKothari13) SPA VIJAYAWADA CASE STUDY.pptx SnehaKothari13 The School of Planning and Architecture, Vijayawada (SPA Vijayawada) is a higher education institute in Vijayawada, India, specializing education and research in the field of urban planning and architecture. It is one of the two School of Planning and Architecture (SPAs) established by the Ministry of Human Resource Development, Government of India in 2008 as an autonomous institute and a fully Centrally Funded Technical Institution (CFTI). It forms a part of the league along with the other two SPAs: SPA Bhopal and SPA Delhi. The roots of the institute are with a report made by the Institute of Town Planners, India (ITPI), on the request of the Ministry of Human Resource Development regarding the establishment of more SPAs, in addition to the SPA Delhi, established 1959. Based on this report, the decision was made to establish two schools, in Bhopal and Vijayawada.[2] On 7 July 2008, SPA Vijayawada was established as an autonomous Centrally Funded Technical Institution (CFTI).[3] In 2014, Lok Sabha passed a bill to make all the three SPAs "centre of excellence" on the pattern of IITs and IIMs, now it is a Institute of national importance. Initially, the school was operated out of a temporary campus in Acharya Nagarjuna University in Guntur till 2011, before moving to its current campus. In 2011, the foundation stone of the Vijayawada campus was laid by Daggubati Purandeswari, Minister of State for Human Resource Development. The present campus is located at Nidamanuru, on National Highway 5, close to the Vijayawada Airport (12.4 km only).[4] Expansion plans include building more hostels to accommodate the growing number of post graduate students, a state-of-the-art sports complex and residential quarters for doctoral students. The Government of Andhra Pradesh is in the process of allotting nearly 60 acres of land, spread over two locations in and around Vijayawada, for the development of the school. Of this, the first 7.2 acres was handed over on 22 February 2010. In January 2012, design for the new campus was adopted as part of an all-India competition and it is proposed to develop it as an eco-friendly campus with state-of-the-art facilities. The proposed campus will comprise academic, co-curricular and residential facilities The school is being run under supervision and guidance of a board of governors. The board comprises members from Ministry of Human Resource Development, Department of Higher Education, Andhra Pradesh Government, two representatives of the Government of India from the fields of architecture and planning, representative of the Institute of Town Planners, Indian Institute of Architects, University Grants Commission, School of Planning and Architecture, Delhi and All India Council for Technical Education. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/spavijayawadaslideshare-220830181149-eb6da1f1-thumbnail.jpg?width=120&height=120&fit=bounds" /> The School of Planning and Architecture, Vijayawada (SPA Vijayawada) is a higher education institute in Vijayawada, India, specializing education and research in the field of urban planning and architecture. It is one of the two School of Planning and Architecture (SPAs) established by the Ministry of Human Resource Development, Government of India in 2008 as an autonomous institute and a fully Centrally Funded Technical Institution (CFTI). It forms a part of the league along with the other two SPAs: SPA Bhopal and SPA Delhi. The roots of the institute are with a report made by the Institute of Town Planners, India (ITPI), on the request of the Ministry of Human Resource Development regarding the establishment of more SPAs, in addition to the SPA Delhi, established 1959. Based on this report, the decision was made to establish two schools, in Bhopal and Vijayawada.[2] On 7 July 2008, SPA Vijayawada was established as an autonomous Centrally Funded Technical Institution (CFTI).[3] In 2014, Lok Sabha passed a bill to make all the three SPAs "centre of excellence" on the pattern of IITs and IIMs, now it is a Institute of national importance. Initially, the school was operated out of a temporary campus in Acharya Nagarjuna University in Guntur till 2011, before moving to its current campus. In 2011, the foundation stone of the Vijayawada campus was laid by Daggubati Purandeswari, Minister of State for Human Resource Development. The present campus is located at Nidamanuru, on National Highway 5, close to the Vijayawada Airport (12.4 km only).[4] Expansion plans include building more hostels to accommodate the growing number of post graduate students, a state-of-the-art sports complex and residential quarters for doctoral students. The Government of Andhra Pradesh is in the process of allotting nearly 60 acres of land, spread over two locations in and around Vijayawada, for the development of the school. Of this, the first 7.2 acres was handed over on 22 February 2010. In January 2012, design for the new campus was adopted as part of an all-India competition and it is proposed to develop it as an eco-friendly campus with state-of-the-art facilities. The proposed campus will comprise academic, co-curricular and residential facilities The school is being run under supervision and guidance of a board of governors. The board comprises members from Ministry of Human Resource Development, Department of Higher Education, Andhra Pradesh Government, two representatives of the Government of India from the fields of architecture and planning, representative of the Institute of Town Planners, Indian Institute of Architects, University Grants Commission, School of Planning and Architecture, Delhi and All India Council for Technical Education.

SPA VIJAYAWADA CASE STUDY.pptx from SnehaKothari13

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0 FLOOR FINISHES /slideshow/floor-finishes-252368752/252368752 bcmmergedppt-220730120402-28c7f8d5
Floor finishes in commercial and institutional uses make considerable use of synthetic-fibre carpeting and vinyl composition tile. In areas of higher traffic harder surfaces may be used—for example, cut stone tiles of marble or granite, ceramic tile applied with epoxy adhesive to the substrate, or terrazzo. Terrazzo is made in two ways, traditional and thin-set. In the traditional form a four-centimetre (1.5-inch) layer of cement and sand grout is poured over the substrate; a grid of metal divider strips to control shrinkage cracks is set on the hardened surface, and grout mix of coloured cement and marble chips is poured between the strips. After hardening, the surface is machine polished to expose the marble chips and metal dividers. Thin-set terrazzo is made by placing the metal strips and pouring the binder and marble chips directly onto the subfloor, without the underbed of cement and sand. It is generally possible only when epoxy resins are used in place of cement binders. Terrazzo is available in many colours, and it forms a hard, smooth, and durable surface that is easily cleaned. Hardwood Floor Solid hardwood flooring of the past in lengths able to span joists is becoming more of a rare thing. Commodity flooring in a variety of lengths, some as short as 6 or 8 inches, is more the norm. Laminate Flooring Laminate flooring can cover other, existing floor coverings, as long as the total height of the flooring does not interfere with other functions. As a floating floor, laminate flooring is easy to remove and replace with new laminate flooring. Engineered Wood Flooring Engineered wood flooring is a hybrid that brings the best of solid hardwood with the functionality of dimensionally stable plywood. Hardwood veneer comprises the very top layer of engineered wood flooring. Sheet Vinyl Flooring Sheet vinyl flooring stretches from end to end of a room, often as one continuous sheet. Vinyl Tile Flooring Vinyl tile flooring is a floor covering that depends on an ultra-smooth underlayment so that bumps and imperfections from below do not telegraph to the top of the flooring. Wooden flooring Such types of flooring is mostly preferred in cold winter as wood is a bad conductor of heat and so warm temperature is maintained in the house. Small pieces of planks when kept together leaving no voids in between, constitute the wooden flooring. In some floorings a thin layer of veneer finish is also given to enhance the look. The veneer finish comes in matte as well as in glossy form. It is solely up to the owner of the house to select the suitable type of finish. Concrete flooring Concrete flooring is preferred in hot weather conditions as it maintains the temperature inside the house cool. Nowadays, many textures have emerged in concrete flooring and so people are opting such flooring. Laminates It is board made of fibre and is compressed to make a thin flat plate. ]]>
Floor finishes in commercial and institutional uses make considerable use of synthetic-fibre carpeting and vinyl composition tile. In areas of higher traffic harder surfaces may be used—for example, cut stone tiles of marble or granite, ceramic tile applied with epoxy adhesive to the substrate, or terrazzo. Terrazzo is made in two ways, traditional and thin-set. In the traditional form a four-centimetre (1.5-inch) layer of cement and sand grout is poured over the substrate; a grid of metal divider strips to control shrinkage cracks is set on the hardened surface, and grout mix of coloured cement and marble chips is poured between the strips. After hardening, the surface is machine polished to expose the marble chips and metal dividers. Thin-set terrazzo is made by placing the metal strips and pouring the binder and marble chips directly onto the subfloor, without the underbed of cement and sand. It is generally possible only when epoxy resins are used in place of cement binders. Terrazzo is available in many colours, and it forms a hard, smooth, and durable surface that is easily cleaned. Hardwood Floor Solid hardwood flooring of the past in lengths able to span joists is becoming more of a rare thing. Commodity flooring in a variety of lengths, some as short as 6 or 8 inches, is more the norm. Laminate Flooring Laminate flooring can cover other, existing floor coverings, as long as the total height of the flooring does not interfere with other functions. As a floating floor, laminate flooring is easy to remove and replace with new laminate flooring. Engineered Wood Flooring Engineered wood flooring is a hybrid that brings the best of solid hardwood with the functionality of dimensionally stable plywood. Hardwood veneer comprises the very top layer of engineered wood flooring. Sheet Vinyl Flooring Sheet vinyl flooring stretches from end to end of a room, often as one continuous sheet. Vinyl Tile Flooring Vinyl tile flooring is a floor covering that depends on an ultra-smooth underlayment so that bumps and imperfections from below do not telegraph to the top of the flooring. Wooden flooring Such types of flooring is mostly preferred in cold winter as wood is a bad conductor of heat and so warm temperature is maintained in the house. Small pieces of planks when kept together leaving no voids in between, constitute the wooden flooring. In some floorings a thin layer of veneer finish is also given to enhance the look. The veneer finish comes in matte as well as in glossy form. It is solely up to the owner of the house to select the suitable type of finish. Concrete flooring Concrete flooring is preferred in hot weather conditions as it maintains the temperature inside the house cool. Nowadays, many textures have emerged in concrete flooring and so people are opting such flooring. Laminates It is board made of fibre and is compressed to make a thin flat plate. ]]> Sat, 30 Jul 2022 12:04:02 GMT /slideshow/floor-finishes-252368752/252368752 SnehaKothari13@slideshare.net(SnehaKothari13) FLOOR FINISHES SnehaKothari13 Floor finishes in commercial and institutional uses make considerable use of synthetic-fibre carpeting and vinyl composition tile. In areas of higher traffic harder surfaces may be used—for example, cut stone tiles of marble or granite, ceramic tile applied with epoxy adhesive to the substrate, or terrazzo. Terrazzo is made in two ways, traditional and thin-set. In the traditional form a four-centimetre (1.5-inch) layer of cement and sand grout is poured over the substrate; a grid of metal divider strips to control shrinkage cracks is set on the hardened surface, and grout mix of coloured cement and marble chips is poured between the strips. After hardening, the surface is machine polished to expose the marble chips and metal dividers. Thin-set terrazzo is made by placing the metal strips and pouring the binder and marble chips directly onto the subfloor, without the underbed of cement and sand. It is generally possible only when epoxy resins are used in place of cement binders. Terrazzo is available in many colours, and it forms a hard, smooth, and durable surface that is easily cleaned. Hardwood Floor Solid hardwood flooring of the past in lengths able to span joists is becoming more of a rare thing. Commodity flooring in a variety of lengths, some as short as 6 or 8 inches, is more the norm. Laminate Flooring Laminate flooring can cover other, existing floor coverings, as long as the total height of the flooring does not interfere with other functions. As a floating floor, laminate flooring is easy to remove and replace with new laminate flooring. Engineered Wood Flooring Engineered wood flooring is a hybrid that brings the best of solid hardwood with the functionality of dimensionally stable plywood. Hardwood veneer comprises the very top layer of engineered wood flooring. Sheet Vinyl Flooring Sheet vinyl flooring stretches from end to end of a room, often as one continuous sheet. Vinyl Tile Flooring Vinyl tile flooring is a floor covering that depends on an ultra-smooth underlayment so that bumps and imperfections from below do not telegraph to the top of the flooring. Wooden flooring Such types of flooring is mostly preferred in cold winter as wood is a bad conductor of heat and so warm temperature is maintained in the house. Small pieces of planks when kept together leaving no voids in between, constitute the wooden flooring. In some floorings a thin layer of veneer finish is also given to enhance the look. The veneer finish comes in matte as well as in glossy form. It is solely up to the owner of the house to select the suitable type of finish. Concrete flooring Concrete flooring is preferred in hot weather conditions as it maintains the temperature inside the house cool. Nowadays, many textures have emerged in concrete flooring and so people are opting such flooring. Laminates It is board made of fibre and is compressed to make a thin flat plate. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bcmmergedppt-220730120402-28c7f8d5-thumbnail.jpg?width=120&height=120&fit=bounds" /> Floor finishes in commercial and institutional uses make considerable use of synthetic-fibre carpeting and vinyl composition tile. In areas of higher traffic harder surfaces may be used—for example, cut stone tiles of marble or granite, ceramic tile applied with epoxy adhesive to the substrate, or terrazzo. Terrazzo is made in two ways, traditional and thin-set. In the traditional form a four-centimetre (1.5-inch) layer of cement and sand grout is poured over the substrate; a grid of metal divider strips to control shrinkage cracks is set on the hardened surface, and grout mix of coloured cement and marble chips is poured between the strips. After hardening, the surface is machine polished to expose the marble chips and metal dividers. Thin-set terrazzo is made by placing the metal strips and pouring the binder and marble chips directly onto the subfloor, without the underbed of cement and sand. It is generally possible only when epoxy resins are used in place of cement binders. Terrazzo is available in many colours, and it forms a hard, smooth, and durable surface that is easily cleaned. Hardwood Floor Solid hardwood flooring of the past in lengths able to span joists is becoming more of a rare thing. Commodity flooring in a variety of lengths, some as short as 6 or 8 inches, is more the norm. Laminate Flooring Laminate flooring can cover other, existing floor coverings, as long as the total height of the flooring does not interfere with other functions. As a floating floor, laminate flooring is easy to remove and replace with new laminate flooring. Engineered Wood Flooring Engineered wood flooring is a hybrid that brings the best of solid hardwood with the functionality of dimensionally stable plywood. Hardwood veneer comprises the very top layer of engineered wood flooring. Sheet Vinyl Flooring Sheet vinyl flooring stretches from end to end of a room, often as one continuous sheet. Vinyl Tile Flooring Vinyl tile flooring is a floor covering that depends on an ultra-smooth underlayment so that bumps and imperfections from below do not telegraph to the top of the flooring. Wooden flooring Such types of flooring is mostly preferred in cold winter as wood is a bad conductor of heat and so warm temperature is maintained in the house. Small pieces of planks when kept together leaving no voids in between, constitute the wooden flooring. In some floorings a thin layer of veneer finish is also given to enhance the look. The veneer finish comes in matte as well as in glossy form. It is solely up to the owner of the house to select the suitable type of finish. Concrete flooring Concrete flooring is preferred in hot weather conditions as it maintains the temperature inside the house cool. Nowadays, many textures have emerged in concrete flooring and so people are opting such flooring. Laminates It is board made of fibre and is compressed to make a thin flat plate.

FLOOR FINISHES from SnehaKothari13

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0 UPVC WINDOWS /SnehaKothari13/upvc-windows-252368719 bcmmarketsurvey-220730115834-e1d6a414
UPVC, also known as Unplasticized Polyvinyl Chloride, is a low-maintenance building material used as a substitute for painted wood, mostly for window frames and sills when installing double glazing in new buildings, or to replace older single glazed windows. It has many other uses including fascia, and siding or weatherboarding. The same material has almost entirely replaced the use of cast iron for plumbing and drainage, being used for waste pipes, drain pipes, guttering and downpipes. These products are often referred to collectively in the home improvement industry as “Roofline“. What is good to know, is that UPVC is a cheaper alternative to expensive hardwood timber and aluminium. It is a popular material due to its durability and it being a cost-effective option. It can also be known as PVC and PVCU. The amazing strength, versatility and low maintenance comes from being manufactured using vinyl polymer which is bound to chlorine atoms so the window frames are not actually plastic and can work well with steel. This means that homeowners won’t have high ongoing costs. Currently, all UPVC windows and doors must be energy rated to conform with the Building Regulations, and are available in choice of attractive colours and woodgrain timber effect finishes. If you’re looking for energy efficiency, UPVC is the perfect choice, as energy rated UPVC windows are extremely thermally efficient. They have a very low thermal conductivity as a result of the type of materials used in manufacturing. This stops heat escaping as easily as it can do with some other building materials. The main advantage of all high quality UPVC products is that they never need painting, plus the only maintenance they really tend to need is a wipe down with a damp cloth once every couple of years or so. uPVC windows are aesthetically pleasing! Vintage or modern, whatever aesthetic you pick, you will find uPVC windows available in colors that go with your style. Not only colors, but uPVC windows also come in numerous types. uPVC windows give your spaces a premium, sleek look. Sliding windows, side-hung windows, twin sash windows, and other uPVC windows are also available. You may choose a style that will complement your interiors and color schemes. These windows are customizable as well. AIS Windows tailors uPVC windows to your property and requirements. Enhanced Security with uPVC windows With uPVC windows, homeowners can ensure heightened safety measures against threats from natural elements and intruders alike. The robustness and resilience of uPVC windows can withstand high-temperature fluctuations, wind loads, harsh sunlight, and even chemicals. Also, with their single or multi-point high-security locks attached to the window framing, uPVC windows provide a high level of security. In case of impact-induced breakage, uPVC windows disintegrate into tiny granular pieces to deter potential injuries, and because of their thick coating of galvanized steel.]]>
UPVC, also known as Unplasticized Polyvinyl Chloride, is a low-maintenance building material used as a substitute for painted wood, mostly for window frames and sills when installing double glazing in new buildings, or to replace older single glazed windows. It has many other uses including fascia, and siding or weatherboarding. The same material has almost entirely replaced the use of cast iron for plumbing and drainage, being used for waste pipes, drain pipes, guttering and downpipes. These products are often referred to collectively in the home improvement industry as “Roofline“. What is good to know, is that UPVC is a cheaper alternative to expensive hardwood timber and aluminium. It is a popular material due to its durability and it being a cost-effective option. It can also be known as PVC and PVCU. The amazing strength, versatility and low maintenance comes from being manufactured using vinyl polymer which is bound to chlorine atoms so the window frames are not actually plastic and can work well with steel. This means that homeowners won’t have high ongoing costs. Currently, all UPVC windows and doors must be energy rated to conform with the Building Regulations, and are available in choice of attractive colours and woodgrain timber effect finishes. If you’re looking for energy efficiency, UPVC is the perfect choice, as energy rated UPVC windows are extremely thermally efficient. They have a very low thermal conductivity as a result of the type of materials used in manufacturing. This stops heat escaping as easily as it can do with some other building materials. The main advantage of all high quality UPVC products is that they never need painting, plus the only maintenance they really tend to need is a wipe down with a damp cloth once every couple of years or so. uPVC windows are aesthetically pleasing! Vintage or modern, whatever aesthetic you pick, you will find uPVC windows available in colors that go with your style. Not only colors, but uPVC windows also come in numerous types. uPVC windows give your spaces a premium, sleek look. Sliding windows, side-hung windows, twin sash windows, and other uPVC windows are also available. You may choose a style that will complement your interiors and color schemes. These windows are customizable as well. AIS Windows tailors uPVC windows to your property and requirements. Enhanced Security with uPVC windows With uPVC windows, homeowners can ensure heightened safety measures against threats from natural elements and intruders alike. The robustness and resilience of uPVC windows can withstand high-temperature fluctuations, wind loads, harsh sunlight, and even chemicals. Also, with their single or multi-point high-security locks attached to the window framing, uPVC windows provide a high level of security. In case of impact-induced breakage, uPVC windows disintegrate into tiny granular pieces to deter potential injuries, and because of their thick coating of galvanized steel.]]> Sat, 30 Jul 2022 11:58:34 GMT /SnehaKothari13/upvc-windows-252368719 SnehaKothari13@slideshare.net(SnehaKothari13) UPVC WINDOWS SnehaKothari13 UPVC, also known as Unplasticized Polyvinyl Chloride, is a low-maintenance building material used as a substitute for painted wood, mostly for window frames and sills when installing double glazing in new buildings, or to replace older single glazed windows. It has many other uses including fascia, and siding or weatherboarding. The same material has almost entirely replaced the use of cast iron for plumbing and drainage, being used for waste pipes, drain pipes, guttering and downpipes. These products are often referred to collectively in the home improvement industry as “Roofline“. What is good to know, is that UPVC is a cheaper alternative to expensive hardwood timber and aluminium. It is a popular material due to its durability and it being a cost-effective option. It can also be known as PVC and PVCU. The amazing strength, versatility and low maintenance comes from being manufactured using vinyl polymer which is bound to chlorine atoms so the window frames are not actually plastic and can work well with steel. This means that homeowners won’t have high ongoing costs. Currently, all UPVC windows and doors must be energy rated to conform with the Building Regulations, and are available in choice of attractive colours and woodgrain timber effect finishes. If you’re looking for energy efficiency, UPVC is the perfect choice, as energy rated UPVC windows are extremely thermally efficient. They have a very low thermal conductivity as a result of the type of materials used in manufacturing. This stops heat escaping as easily as it can do with some other building materials. The main advantage of all high quality UPVC products is that they never need painting, plus the only maintenance they really tend to need is a wipe down with a damp cloth once every couple of years or so. uPVC windows are aesthetically pleasing! Vintage or modern, whatever aesthetic you pick, you will find uPVC windows available in colors that go with your style. Not only colors, but uPVC windows also come in numerous types. uPVC windows give your spaces a premium, sleek look. Sliding windows, side-hung windows, twin sash windows, and other uPVC windows are also available. You may choose a style that will complement your interiors and color schemes. These windows are customizable as well. AIS Windows tailors uPVC windows to your property and requirements. Enhanced Security with uPVC windows With uPVC windows, homeowners can ensure heightened safety measures against threats from natural elements and intruders alike. The robustness and resilience of uPVC windows can withstand high-temperature fluctuations, wind loads, harsh sunlight, and even chemicals. Also, with their single or multi-point high-security locks attached to the window framing, uPVC windows provide a high level of security. In case of impact-induced breakage, uPVC windows disintegrate into tiny granular pieces to deter potential injuries, and because of their thick coating of galvanized steel. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bcmmarketsurvey-220730115834-e1d6a414-thumbnail.jpg?width=120&height=120&fit=bounds" /> UPVC, also known as Unplasticized Polyvinyl Chloride, is a low-maintenance building material used as a substitute for painted wood, mostly for window frames and sills when installing double glazing in new buildings, or to replace older single glazed windows. It has many other uses including fascia, and siding or weatherboarding. The same material has almost entirely replaced the use of cast iron for plumbing and drainage, being used for waste pipes, drain pipes, guttering and downpipes. These products are often referred to collectively in the home improvement industry as “Roofline“. What is good to know, is that UPVC is a cheaper alternative to expensive hardwood timber and aluminium. It is a popular material due to its durability and it being a cost-effective option. It can also be known as PVC and PVCU. The amazing strength, versatility and low maintenance comes from being manufactured using vinyl polymer which is bound to chlorine atoms so the window frames are not actually plastic and can work well with steel. This means that homeowners won’t have high ongoing costs. Currently, all UPVC windows and doors must be energy rated to conform with the Building Regulations, and are available in choice of attractive colours and woodgrain timber effect finishes. If you’re looking for energy efficiency, UPVC is the perfect choice, as energy rated UPVC windows are extremely thermally efficient. They have a very low thermal conductivity as a result of the type of materials used in manufacturing. This stops heat escaping as easily as it can do with some other building materials. The main advantage of all high quality UPVC products is that they never need painting, plus the only maintenance they really tend to need is a wipe down with a damp cloth once every couple of years or so. uPVC windows are aesthetically pleasing! Vintage or modern, whatever aesthetic you pick, you will find uPVC windows available in colors that go with your style. Not only colors, but uPVC windows also come in numerous types. uPVC windows give your spaces a premium, sleek look. Sliding windows, side-hung windows, twin sash windows, and other uPVC windows are also available. You may choose a style that will complement your interiors and color schemes. These windows are customizable as well. AIS Windows tailors uPVC windows to your property and requirements. Enhanced Security with uPVC windows With uPVC windows, homeowners can ensure heightened safety measures against threats from natural elements and intruders alike. The robustness and resilience of uPVC windows can withstand high-temperature fluctuations, wind loads, harsh sunlight, and even chemicals. Also, with their single or multi-point high-security locks attached to the window framing, uPVC windows provide a high level of security. In case of impact-induced breakage, uPVC windows disintegrate into tiny granular pieces to deter potential injuries, and because of their thick coating of galvanized steel.

UPVC WINDOWS from SnehaKothari13

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0 COLOR THEORY.pptx /slideshow/color-theorypptx/252111890 colortheory-220703180204-1532b1f5
Color theory is both the science and art of using color. It explains how humans perceive color; and the visual effects of how colors mix, match or contrast with each other. Color theory also involves the messages colors communicate; and the methods used to replicate color Color is perception. Our eyes see something (the sky, for example), and data sent from our eyes to our brains tells us it’s a certain color (blue). Objects reflect light in different combinations of wavelengths. Our brains pick up on those wavelength combinations and translate them into the phenomenon we call color. Color theory is the basis for the primary rules and guidelines that surround color and its use in creating aesthetically pleasing visuals. By understanding color theory basics, you can begin to parse the logical structure of color for yourself to create and use color palettes more strategically. The result means evoking a particular emotion, vibe, or aesthetic. The right contrast is vital to catching users’ attention in the first place. The vibrancy you choose for your design is likewise crucial to provoking desired emotional responses from users. How they react to color choices depends on factors such as gender, experience, age and culture. In all cases, you should design for accessibility – e.g., regarding red-green color blindness. Through UX research, you can fine-tune color choices to resonate best with specific users. Your users will encounter your design with their own expectations of what a design in a certain industry should look like. That’s why you must also design to meet your market’s expectations geographically. For example, blue—an industry standard for banking in the West—also has positive associations in other cultures. However, some colors can evoke contradictory feelings from certain nationalities (e.g., red: good fortune in China, mourning in South Africa, danger/sexiness in the USA). Overall, you should use usability testing to confirm your color choices]]>
Color theory is both the science and art of using color. It explains how humans perceive color; and the visual effects of how colors mix, match or contrast with each other. Color theory also involves the messages colors communicate; and the methods used to replicate color Color is perception. Our eyes see something (the sky, for example), and data sent from our eyes to our brains tells us it’s a certain color (blue). Objects reflect light in different combinations of wavelengths. Our brains pick up on those wavelength combinations and translate them into the phenomenon we call color. Color theory is the basis for the primary rules and guidelines that surround color and its use in creating aesthetically pleasing visuals. By understanding color theory basics, you can begin to parse the logical structure of color for yourself to create and use color palettes more strategically. The result means evoking a particular emotion, vibe, or aesthetic. The right contrast is vital to catching users’ attention in the first place. The vibrancy you choose for your design is likewise crucial to provoking desired emotional responses from users. How they react to color choices depends on factors such as gender, experience, age and culture. In all cases, you should design for accessibility – e.g., regarding red-green color blindness. Through UX research, you can fine-tune color choices to resonate best with specific users. Your users will encounter your design with their own expectations of what a design in a certain industry should look like. That’s why you must also design to meet your market’s expectations geographically. For example, blue—an industry standard for banking in the West—also has positive associations in other cultures. However, some colors can evoke contradictory feelings from certain nationalities (e.g., red: good fortune in China, mourning in South Africa, danger/sexiness in the USA). Overall, you should use usability testing to confirm your color choices]]> Sun, 03 Jul 2022 18:02:04 GMT /slideshow/color-theorypptx/252111890 SnehaKothari13@slideshare.net(SnehaKothari13) COLOR THEORY.pptx SnehaKothari13 Color theory is both the science and art of using color. It explains how humans perceive color; and the visual effects of how colors mix, match or contrast with each other. Color theory also involves the messages colors communicate; and the methods used to replicate color Color is perception. Our eyes see something (the sky, for example), and data sent from our eyes to our brains tells us it’s a certain color (blue). Objects reflect light in different combinations of wavelengths. Our brains pick up on those wavelength combinations and translate them into the phenomenon we call color. Color theory is the basis for the primary rules and guidelines that surround color and its use in creating aesthetically pleasing visuals. By understanding color theory basics, you can begin to parse the logical structure of color for yourself to create and use color palettes more strategically. The result means evoking a particular emotion, vibe, or aesthetic. The right contrast is vital to catching users’ attention in the first place. The vibrancy you choose for your design is likewise crucial to provoking desired emotional responses from users. How they react to color choices depends on factors such as gender, experience, age and culture. In all cases, you should design for accessibility – e.g., regarding red-green color blindness. Through UX research, you can fine-tune color choices to resonate best with specific users. Your users will encounter your design with their own expectations of what a design in a certain industry should look like. That’s why you must also design to meet your market’s expectations geographically. For example, blue—an industry standard for banking in the West—also has positive associations in other cultures. However, some colors can evoke contradictory feelings from certain nationalities (e.g., red: good fortune in China, mourning in South Africa, danger/sexiness in the USA). Overall, you should use usability testing to confirm your color choices <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/colortheory-220703180204-1532b1f5-thumbnail.jpg?width=120&height=120&fit=bounds" /> Color theory is both the science and art of using color. It explains how humans perceive color; and the visual effects of how colors mix, match or contrast with each other. Color theory also involves the messages colors communicate; and the methods used to replicate color Color is perception. Our eyes see something (the sky, for example), and data sent from our eyes to our brains tells us it’s a certain color (blue). Objects reflect light in different combinations of wavelengths. Our brains pick up on those wavelength combinations and translate them into the phenomenon we call color. Color theory is the basis for the primary rules and guidelines that surround color and its use in creating aesthetically pleasing visuals. By understanding color theory basics, you can begin to parse the logical structure of color for yourself to create and use color palettes more strategically. The result means evoking a particular emotion, vibe, or aesthetic. The right contrast is vital to catching users’ attention in the first place. The vibrancy you choose for your design is likewise crucial to provoking desired emotional responses from users. How they react to color choices depends on factors such as gender, experience, age and culture. In all cases, you should design for accessibility – e.g., regarding red-green color blindness. Through UX research, you can fine-tune color choices to resonate best with specific users. Your users will encounter your design with their own expectations of what a design in a certain industry should look like. That’s why you must also design to meet your market’s expectations geographically. For example, blue—an industry standard for banking in the West—also has positive associations in other cultures. However, some colors can evoke contradictory feelings from certain nationalities (e.g., red: good fortune in China, mourning in South Africa, danger/sexiness in the USA). Overall, you should use usability testing to confirm your color choices

COLOR THEORY.pptx from SnehaKothari13

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0 WHAT IS ARCHITECTURE? /slideshow/what-is-architecture-252111750/252111750 architionary-220703165039-39e52c1e
Architecture is both the process and the product of planning, designing, and constructing buildings or other structures. Architectural works, in the material form of buildings, are often perceived as cultural symbols and as works of art. Historical civilizations are often identified with their surviving architectural achievements. A rapid economic development in the last few decades coupled with a breakneck pace of urbanization in India has led to an ever increasing demand for creating living spaces that are not only affordable but are aesthetically pleasing too. This real estate boom has imparted a special importance to the job of an architect. Right from the stage of planning a building’s design to the stage of actually implementing int on the ground, a career in architecture treads a fine line between art and science. An architect, while designing a structure has to balance a number of factors, ranging from the functional and technical to the aesthetics. This provides an opportunity to both- the artist and the scientist, to tap into their inner potential.]]>
Architecture is both the process and the product of planning, designing, and constructing buildings or other structures. Architectural works, in the material form of buildings, are often perceived as cultural symbols and as works of art. Historical civilizations are often identified with their surviving architectural achievements. A rapid economic development in the last few decades coupled with a breakneck pace of urbanization in India has led to an ever increasing demand for creating living spaces that are not only affordable but are aesthetically pleasing too. This real estate boom has imparted a special importance to the job of an architect. Right from the stage of planning a building’s design to the stage of actually implementing int on the ground, a career in architecture treads a fine line between art and science. An architect, while designing a structure has to balance a number of factors, ranging from the functional and technical to the aesthetics. This provides an opportunity to both- the artist and the scientist, to tap into their inner potential.]]> Sun, 03 Jul 2022 16:50:39 GMT /slideshow/what-is-architecture-252111750/252111750 SnehaKothari13@slideshare.net(SnehaKothari13) WHAT IS ARCHITECTURE? SnehaKothari13 Architecture is both the process and the product of planning, designing, and constructing buildings or other structures. Architectural works, in the material form of buildings, are often perceived as cultural symbols and as works of art. Historical civilizations are often identified with their surviving architectural achievements. A rapid economic development in the last few decades coupled with a breakneck pace of urbanization in India has led to an ever increasing demand for creating living spaces that are not only affordable but are aesthetically pleasing too. This real estate boom has imparted a special importance to the job of an architect. Right from the stage of planning a building’s design to the stage of actually implementing int on the ground, a career in architecture treads a fine line between art and science. An architect, while designing a structure has to balance a number of factors, ranging from the functional and technical to the aesthetics. This provides an opportunity to both- the artist and the scientist, to tap into their inner potential. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/architionary-220703165039-39e52c1e-thumbnail.jpg?width=120&height=120&fit=bounds" /> Architecture is both the process and the product of planning, designing, and constructing buildings or other structures. Architectural works, in the material form of buildings, are often perceived as cultural symbols and as works of art. Historical civilizations are often identified with their surviving architectural achievements. A rapid economic development in the last few decades coupled with a breakneck pace of urbanization in India has led to an ever increasing demand for creating living spaces that are not only affordable but are aesthetically pleasing too. This real estate boom has imparted a special importance to the job of an architect. Right from the stage of planning a building’s design to the stage of actually implementing int on the ground, a career in architecture treads a fine line between art and science. An architect, while designing a structure has to balance a number of factors, ranging from the functional and technical to the aesthetics. This provides an opportunity to both- the artist and the scientist, to tap into their inner potential.

WHAT IS ARCHITECTURE? from SnehaKothari13

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0 RAJ REWAL.pptx /slideshow/raj-rewalpptx/252011425 rajrewal-220618082135-57d79c1c
Known as the revolutionary architect of India Raj Rewal made an impression worldwide embarking on his design philosophies which speak for himself. His love for geometric and grid systems breaks the monotony in architecture. The blending of the traditional inference to modern context is his trump card in design. He completed his education in Delhi and London, he also worked in Michel Ecochard’s office which is located in Paris before when he was to initiate his practice in Delhi. A man full of ambition the spaces speak for himself. Structures designed by him include pure structural expression and cubic masses. The design provides a certain honesty with the surrounding. They speak towards sensitive climatic changes. Beautifully crafted with geometric forms and grid pattern Raj Rewal speak for the Indians. He always attempts to blend traditional architecture with contemporary concepts. He has been influenced by the architecture of Le Corbusier and Louis Khan. Constructed in 1982 in New Delhi, the Asian Games Village was designed to accommodate the Asian Games athletes, units that would later be sold to the public. The type-based design brief for 500 units in a 35-acre plot was created by an urban pattern of low-rise, high-density development representative of the typical Indian ‘mohalla ’ or community, creating cluster formations ideal for the Indian climate, stepping away from the norm of hitherto seen stereotypical units by introducing variance in scale and elements. The concept is based on arrangement of narrow shaded pedestrian streets sequentially linking clusters, open spaces and commercial and recreational areas. A sense of enclosure and continuity is maintained throughout the scheme with points of rest and changing vistas lending it visual interludes. With a mix of streets and squares a ‘theatre of the street’ has been created, where public interaction can spill from their immediate spaces as neighbours into a community, and works towards making them active participants and not just viewers. Located about 70 kilometres from Delhi, the Visual Arts Institutional Campus is in the suburbs of Rohtak, a city waking up to its potential and undergoing massive changes as an envisaged educational hub for its youth. The mammoth scheme is not only one of Rewal’s largest projects but also, he points out, one of the most interesting project briefs after the Parliamentary Library in New Delhi (AR October 2002). The ambitious programme combines state-of-the art teaching institutions for architecture, fashion, film and television and fine arts in a single campus. With the aim of being one of the best of its kind in north India, the project also sets out to build a cross-disciplinary culture of knowledge where students can intermingle and collaborate to expand their minds, ideas and resources. ]]>
Known as the revolutionary architect of India Raj Rewal made an impression worldwide embarking on his design philosophies which speak for himself. His love for geometric and grid systems breaks the monotony in architecture. The blending of the traditional inference to modern context is his trump card in design. He completed his education in Delhi and London, he also worked in Michel Ecochard’s office which is located in Paris before when he was to initiate his practice in Delhi. A man full of ambition the spaces speak for himself. Structures designed by him include pure structural expression and cubic masses. The design provides a certain honesty with the surrounding. They speak towards sensitive climatic changes. Beautifully crafted with geometric forms and grid pattern Raj Rewal speak for the Indians. He always attempts to blend traditional architecture with contemporary concepts. He has been influenced by the architecture of Le Corbusier and Louis Khan. Constructed in 1982 in New Delhi, the Asian Games Village was designed to accommodate the Asian Games athletes, units that would later be sold to the public. The type-based design brief for 500 units in a 35-acre plot was created by an urban pattern of low-rise, high-density development representative of the typical Indian ‘mohalla ’ or community, creating cluster formations ideal for the Indian climate, stepping away from the norm of hitherto seen stereotypical units by introducing variance in scale and elements. The concept is based on arrangement of narrow shaded pedestrian streets sequentially linking clusters, open spaces and commercial and recreational areas. A sense of enclosure and continuity is maintained throughout the scheme with points of rest and changing vistas lending it visual interludes. With a mix of streets and squares a ‘theatre of the street’ has been created, where public interaction can spill from their immediate spaces as neighbours into a community, and works towards making them active participants and not just viewers. Located about 70 kilometres from Delhi, the Visual Arts Institutional Campus is in the suburbs of Rohtak, a city waking up to its potential and undergoing massive changes as an envisaged educational hub for its youth. The mammoth scheme is not only one of Rewal’s largest projects but also, he points out, one of the most interesting project briefs after the Parliamentary Library in New Delhi (AR October 2002). The ambitious programme combines state-of-the art teaching institutions for architecture, fashion, film and television and fine arts in a single campus. With the aim of being one of the best of its kind in north India, the project also sets out to build a cross-disciplinary culture of knowledge where students can intermingle and collaborate to expand their minds, ideas and resources. ]]> Sat, 18 Jun 2022 08:21:34 GMT /slideshow/raj-rewalpptx/252011425 SnehaKothari13@slideshare.net(SnehaKothari13) RAJ REWAL.pptx SnehaKothari13 Known as the revolutionary architect of India Raj Rewal made an impression worldwide embarking on his design philosophies which speak for himself. His love for geometric and grid systems breaks the monotony in architecture. The blending of the traditional inference to modern context is his trump card in design. He completed his education in Delhi and London, he also worked in Michel Ecochard’s office which is located in Paris before when he was to initiate his practice in Delhi. A man full of ambition the spaces speak for himself. Structures designed by him include pure structural expression and cubic masses. The design provides a certain honesty with the surrounding. They speak towards sensitive climatic changes. Beautifully crafted with geometric forms and grid pattern Raj Rewal speak for the Indians. He always attempts to blend traditional architecture with contemporary concepts. He has been influenced by the architecture of Le Corbusier and Louis Khan. Constructed in 1982 in New Delhi, the Asian Games Village was designed to accommodate the Asian Games athletes, units that would later be sold to the public. The type-based design brief for 500 units in a 35-acre plot was created by an urban pattern of low-rise, high-density development representative of the typical Indian ‘mohalla ’ or community, creating cluster formations ideal for the Indian climate, stepping away from the norm of hitherto seen stereotypical units by introducing variance in scale and elements. The concept is based on arrangement of narrow shaded pedestrian streets sequentially linking clusters, open spaces and commercial and recreational areas. A sense of enclosure and continuity is maintained throughout the scheme with points of rest and changing vistas lending it visual interludes. With a mix of streets and squares a ‘theatre of the street’ has been created, where public interaction can spill from their immediate spaces as neighbours into a community, and works towards making them active participants and not just viewers. Located about 70 kilometres from Delhi, the Visual Arts Institutional Campus is in the suburbs of Rohtak, a city waking up to its potential and undergoing massive changes as an envisaged educational hub for its youth. The mammoth scheme is not only one of Rewal’s largest projects but also, he points out, one of the most interesting project briefs after the Parliamentary Library in New Delhi (AR October 2002). The ambitious programme combines state-of-the art teaching institutions for architecture, fashion, film and television and fine arts in a single campus. With the aim of being one of the best of its kind in north India, the project also sets out to build a cross-disciplinary culture of knowledge where students can intermingle and collaborate to expand their minds, ideas and resources. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/rajrewal-220618082135-57d79c1c-thumbnail.jpg?width=120&height=120&fit=bounds" /> Known as the revolutionary architect of India Raj Rewal made an impression worldwide embarking on his design philosophies which speak for himself. His love for geometric and grid systems breaks the monotony in architecture. The blending of the traditional inference to modern context is his trump card in design. He completed his education in Delhi and London, he also worked in Michel Ecochard’s office which is located in Paris before when he was to initiate his practice in Delhi. A man full of ambition the spaces speak for himself. Structures designed by him include pure structural expression and cubic masses. The design provides a certain honesty with the surrounding. They speak towards sensitive climatic changes. Beautifully crafted with geometric forms and grid pattern Raj Rewal speak for the Indians. He always attempts to blend traditional architecture with contemporary concepts. He has been influenced by the architecture of Le Corbusier and Louis Khan. Constructed in 1982 in New Delhi, the Asian Games Village was designed to accommodate the Asian Games athletes, units that would later be sold to the public. The type-based design brief for 500 units in a 35-acre plot was created by an urban pattern of low-rise, high-density development representative of the typical Indian ‘mohalla ’ or community, creating cluster formations ideal for the Indian climate, stepping away from the norm of hitherto seen stereotypical units by introducing variance in scale and elements. The concept is based on arrangement of narrow shaded pedestrian streets sequentially linking clusters, open spaces and commercial and recreational areas. A sense of enclosure and continuity is maintained throughout the scheme with points of rest and changing vistas lending it visual interludes. With a mix of streets and squares a ‘theatre of the street’ has been created, where public interaction can spill from their immediate spaces as neighbours into a community, and works towards making them active participants and not just viewers. Located about 70 kilometres from Delhi, the Visual Arts Institutional Campus is in the suburbs of Rohtak, a city waking up to its potential and undergoing massive changes as an envisaged educational hub for its youth. The mammoth scheme is not only one of Rewal’s largest projects but also, he points out, one of the most interesting project briefs after the Parliamentary Library in New Delhi (AR October 2002). The ambitious programme combines state-of-the art teaching institutions for architecture, fashion, film and television and fine arts in a single campus. With the aim of being one of the best of its kind in north India, the project also sets out to build a cross-disciplinary culture of knowledge where students can intermingle and collaborate to expand their minds, ideas and resources.

RAJ REWAL.pptx from SnehaKothari13

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0 Famous Architectural Buildings /slideshow/famous-architectural-buildings/251993123 buildings-220615191301-e6b4127c
For an architectural student it's important to know the famous architectural buildings built in past.]]>
For an architectural student it's important to know the famous architectural buildings built in past.]]> Wed, 15 Jun 2022 19:13:00 GMT /slideshow/famous-architectural-buildings/251993123 SnehaKothari13@slideshare.net(SnehaKothari13) Famous Architectural Buildings SnehaKothari13 For an architectural student it's important to know the famous architectural buildings built in past. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/buildings-220615191301-e6b4127c-thumbnail.jpg?width=120&height=120&fit=bounds" /> For an architectural student it's important to know the famous architectural buildings built in past.

Famous Architectural Buildings from SnehaKothari13

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0 Precast concrete /slideshow/precast-concrete-251140606/251140606 precastconcrete-220209124933
Contents: 1.history 2.what is precast concrete and why it is called so? 3.properties 4.features 5.precast concrete structural elements 6.types 7.advantages 8.disadvantages]]>
Contents: 1.history 2.what is precast concrete and why it is called so? 3.properties 4.features 5.precast concrete structural elements 6.types 7.advantages 8.disadvantages]]> Wed, 09 Feb 2022 12:49:33 GMT /slideshow/precast-concrete-251140606/251140606 SnehaKothari13@slideshare.net(SnehaKothari13) Precast concrete SnehaKothari13 Contents: 1.history 2.what is precast concrete and why it is called so? 3.properties 4.features 5.precast concrete structural elements 6.types 7.advantages 8.disadvantages <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/precastconcrete-220209124933-thumbnail.jpg?width=120&height=120&fit=bounds" /> Contents: 1.history 2.what is precast concrete and why it is called so? 3.properties 4.features 5.precast concrete structural elements 6.types 7.advantages 8.disadvantages

Precast concrete from SnehaKothari13

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0 Wooden joineries /slideshow/types-of-wooden-joineries/251140112 typesofwoodenjoineries-220209113331
types of wooden joineries: 1.half lapped joint 2.pocket hole joint 3.tongue and groove joint 4.dado joint 5.biscuit joint 6.mortise and tenon joint]]>
types of wooden joineries: 1.half lapped joint 2.pocket hole joint 3.tongue and groove joint 4.dado joint 5.biscuit joint 6.mortise and tenon joint]]> Wed, 09 Feb 2022 11:33:30 GMT /slideshow/types-of-wooden-joineries/251140112 SnehaKothari13@slideshare.net(SnehaKothari13) Wooden joineries SnehaKothari13 types of wooden joineries: 1.half lapped joint 2.pocket hole joint 3.tongue and groove joint 4.dado joint 5.biscuit joint 6.mortise and tenon joint <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/typesofwoodenjoineries-220209113331-thumbnail.jpg?width=120&height=120&fit=bounds" /> types of wooden joineries: 1.half lapped joint 2.pocket hole joint 3.tongue and groove joint 4.dado joint 5.biscuit joint 6.mortise and tenon joint

Wooden joineries from SnehaKothari13

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0 https://public.slidesharecdn.com/v2/images/profile-picture.png https://cdn.slidesharecdn.com/ss_thumbnails/spavijayawadaslideshare-220830181149-eb6da1f1-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/spa-vijayawada-case-studypptx/252764941 SPA VIJAYAWADA CASE ST... https://cdn.slidesharecdn.com/ss_thumbnails/bcmmergedppt-220730120402-28c7f8d5-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/floor-finishes-252368752/252368752 FLOOR FINISHES https://cdn.slidesharecdn.com/ss_thumbnails/bcmmarketsurvey-220730115834-e1d6a414-thumbnail.jpg?width=320&height=320&fit=bounds SnehaKothari13/upvc-windows-252368719 UPVC WINDOWS