The document discusses India's Smart Cities Mission, which aims to develop urban areas to improve quality of life through economic, mobility, environmental and energy initiatives. It announces 20 initial cities selected in 2016, including Bhubaneswar, Pune, Jaipur and Surat. The Smart Cities concept enhances lifestyle using infrastructure like gas, electricity, water supply, transportation and technology like broadband and Wi-Fi. It also details plans for residential and business developments, solid waste management, entertainment, parks and advanced security systems.
The document discusses building smart cities through empowering citizens and making use of crowdsourced data. It describes how integrating data from multiple sources, automating data collection, and analyzing data can help identify actionable insights to address challenges facing cities. Citizens can play a key role by using their smartphones to sense and report issues like traffic, noise, or drainage problems through mobile applications. Aggregating data from both sensors and crowdsourcing can provide a holistic view of the city to support better decision making. However, key challenges remain around data ownership, legal liability from citizen reports, and ensuring data is used to meaningfully improve life in cities.
Papercrete is a construction material which consists of re-pulped paper fiber with Portland cement or clay and/or other soil added. First patented in 1928, it was revived during the 1980s. Although perceived as an environmentally friendly material due to the significant recycled content, this is offset by the presence of cement. The material lacks standardisation, and proper use therefore requires care and experience. Eric Patterson and Mike McCain, who have been credited with independently "inventing" papercrete (they called it "padobe" and "fibrous cement"), have both contributed considerably to research into machinery to make it and ways of using it for building
Fly ash is a fine powder recovered from coal-fired power plants that is generally spherical in shape ranging from 0.5 to 100 micrometers. It consists mainly of silicon dioxide, aluminum oxide, and iron oxide. Fly ash can be used to produce bricks containing 60-80% fly ash, along with lime, gypsum, and/or cement and sand. The raw materials are mixed with water and pressed into bricks then cured for 21 days before use. Fly ash brick production is an eco-friendly process that reduces air and water pollution compared to traditional clay brick production.
This document provides an overview of papercrete, including its properties, raw materials, manufacturing process, costs, products, and construction applications. Papercrete is a type of fibrous cement made by mixing shredded paper pulp with Portland cement. It is strong yet lightweight, insulating, and can be used to make bricks, panels, and direct walls for construction. The document discusses various papercrete mixing methods and equipment at different scales, from 5-gallon buckets to tow mixers that can blend 900-liter batches.
Its all about the new environment friendly bricks that are now in more demand as compared to clay bricks. So how its useful and what it contains is explained here.
Construction and Demolition Waste RecyclingTom Ahern
This document summarizes a presentation on construction and demolition waste recycling and provides legislative comparisons from Denmark, Hong Kong, and Queensland. It finds that Queensland is recycling only 42% of construction waste, compared to over 90% in Denmark and other countries. The presentation recommends that Queensland implement policies like landfill levies, recycling bans, and mandates for source separation to increase recycling rates as done successfully in other regions.
This document summarizes a seminar presentation on Transit Oriented Development (TOD). TOD aims to create walkable, mixed-use communities centered around high-quality transit like buses and trains. The presentation outlines TOD goals of reducing car dependency and increasing transit access. It reviews literature on the relationship between TOD and rail accessibility. Case studies of TOD implementations in Delhi, India are discussed, which aimed to better integrate land use and transportation through zoning around transit stations. The presentation concludes that TOD can reduce private vehicle use and provide more sustainable transportation options.
The document discusses India's Smart Cities Mission, which aims to develop urban areas to improve quality of life through economic, mobility, environmental and energy initiatives. It announces 20 initial cities selected in 2016, including Bhubaneswar, Pune, Jaipur and Surat. The Smart Cities concept enhances lifestyle using infrastructure like gas, electricity, water supply, transportation and technology like broadband and Wi-Fi. It also details plans for residential and business developments, solid waste management, entertainment, parks and advanced security systems.
The document discusses building smart cities through empowering citizens and making use of crowdsourced data. It describes how integrating data from multiple sources, automating data collection, and analyzing data can help identify actionable insights to address challenges facing cities. Citizens can play a key role by using their smartphones to sense and report issues like traffic, noise, or drainage problems through mobile applications. Aggregating data from both sensors and crowdsourcing can provide a holistic view of the city to support better decision making. However, key challenges remain around data ownership, legal liability from citizen reports, and ensuring data is used to meaningfully improve life in cities.
Papercrete is a construction material which consists of re-pulped paper fiber with Portland cement or clay and/or other soil added. First patented in 1928, it was revived during the 1980s. Although perceived as an environmentally friendly material due to the significant recycled content, this is offset by the presence of cement. The material lacks standardisation, and proper use therefore requires care and experience. Eric Patterson and Mike McCain, who have been credited with independently "inventing" papercrete (they called it "padobe" and "fibrous cement"), have both contributed considerably to research into machinery to make it and ways of using it for building
Fly ash is a fine powder recovered from coal-fired power plants that is generally spherical in shape ranging from 0.5 to 100 micrometers. It consists mainly of silicon dioxide, aluminum oxide, and iron oxide. Fly ash can be used to produce bricks containing 60-80% fly ash, along with lime, gypsum, and/or cement and sand. The raw materials are mixed with water and pressed into bricks then cured for 21 days before use. Fly ash brick production is an eco-friendly process that reduces air and water pollution compared to traditional clay brick production.
This document provides an overview of papercrete, including its properties, raw materials, manufacturing process, costs, products, and construction applications. Papercrete is a type of fibrous cement made by mixing shredded paper pulp with Portland cement. It is strong yet lightweight, insulating, and can be used to make bricks, panels, and direct walls for construction. The document discusses various papercrete mixing methods and equipment at different scales, from 5-gallon buckets to tow mixers that can blend 900-liter batches.
Its all about the new environment friendly bricks that are now in more demand as compared to clay bricks. So how its useful and what it contains is explained here.
Construction and Demolition Waste RecyclingTom Ahern
This document summarizes a presentation on construction and demolition waste recycling and provides legislative comparisons from Denmark, Hong Kong, and Queensland. It finds that Queensland is recycling only 42% of construction waste, compared to over 90% in Denmark and other countries. The presentation recommends that Queensland implement policies like landfill levies, recycling bans, and mandates for source separation to increase recycling rates as done successfully in other regions.
This document summarizes a seminar presentation on Transit Oriented Development (TOD). TOD aims to create walkable, mixed-use communities centered around high-quality transit like buses and trains. The presentation outlines TOD goals of reducing car dependency and increasing transit access. It reviews literature on the relationship between TOD and rail accessibility. Case studies of TOD implementations in Delhi, India are discussed, which aimed to better integrate land use and transportation through zoning around transit stations. The presentation concludes that TOD can reduce private vehicle use and provide more sustainable transportation options.
I am ECO (Amsterdam eco-city presentation)Aliaksey Narko
The document summarizes urban planning, transportation, and technologies in Amsterdam that make it an eco-friendly city. It discusses how Amsterdam developed canals in the 17th century to address overpopulation, and how urban planning later incorporated modernist and socialist ideas. Today, Amsterdam focuses on being near water and using sustainable transportation like bicycles, with 85% of residents cycling weekly. The document also highlights the sustainable Waternet building and "The Edge" headquarters as examples of green technologies in Amsterdam that help make it a livable eco city.
The document discusses key aspects of making Dhaka, Bangladesh a smart and inclusive city. It outlines the population growth challenges facing Dhaka, with the city's population reaching 18 million in 2016 and growing at 4.2% annually. Rural to urban migration accounts for around 60% of Dhaka's population growth. The document also notes issues with Dhaka's current drainage and sewerage system, which includes canals and retention areas but is inadequate to support the large population. Developing smart infrastructure and governance solutions could help address these challenges and make Dhaka a more sustainable city.
This document discusses fly ash bricks as an alternative to traditional clay bricks. Fly ash is a byproduct of coal combustion in power plants, and large amounts of fly ash are produced annually in India. Fly ash bricks have several advantages over clay bricks - they are lighter, stronger, and more insulative. Various types of fly ash bricks are described, including those made from mixing fly ash with soil or adding lime, gypsum or cement. Fly ash bricks can help utilize a waste product while providing a more sustainable building material.
Urban transportation system meaning ,travel demand functions with factors, design approaches & modeling , types of mass transit system with advantages -disadvantages or limitations , opportunities in mass transport , integrated approach for transit -transportation system
Green concrete is a more sustainable type of concrete that uses less energy and causes less harm to the environment during production. It incorporates waste materials like fly ash, rice husk ash, and recycled aggregates as partial replacements for traditional ingredients like cement and virgin aggregates. Green concrete has benefits like higher strength, increased durability, and reduced shrinkage compared to normal concrete, while also lowering costs and carbon dioxide emissions. It shows potential to grow in use for construction in India as it addresses needs for sustainable building materials and waste disposal.
This presentation accompanied a joint keynote address given by AAM's Brian Nicholls and Singapore Land Authority's (SLA) Dr Victor Khoo at the Locate17 Conference. AAM and the SLA are working together to capture and deliver an accurate and up-to-date 3D digital map for the entire country of Singapore, providing the digital framework for Singapore's visionary Smart Nation program. This presentation outlines the processes and technologies used to create the 3D digital map and highlights the many applications stemming from it such as Property Management systems, Solar Potential Studies, the development of Driverless Vehicle systems and more (many yet to be discovered!).
This document summarizes a graduate report presentation on the relationship between land use and transportation. It discusses key topics like compact cities, transit-oriented development, and land use-transport models. The presentation covers how transportation impacts and is impacted by land use through accessibility, travel costs, and other factors. It also examines how policies like compact development and transit-oriented development can encourage more sustainable transportation and development patterns.
Green building is the practice of increasing building efficiency and reducing environmental impacts. It involves using renewable materials, efficient technologies, and water and energy conservation practices. Some benefits are lower costs, improved indoor air quality, energy efficiency, and healthier lifestyles. While initial costs may be higher, there are long-term savings. In India, various agencies promote green building standards and top cities have implemented policies and codes to encourage more sustainable construction.
The document provides an overview of the evolution of town planning in India from ancient to modern times. It describes the major periods of development:
- Ancient period saw the rise of the Indus Valley civilization and planned cities like Harappa and Mohenjo-Daro. Vedic and Buddhist texts also discussed early town planning principles.
- Medieval towns were dominated by churches and castles and tended to be irregular in layout for defensive purposes.
- Mughal cities like Agra, Delhi, and Shahjahanabad were redesigned with gardens and parks incorporated.
- The British established colonial cantonments and hill stations outside existing Indian towns during the pre-independence period. New Delhi was
Green building materials aim to reduce environmental impact and promote sustainability. Some key green building materials include wool bricks, sustainable concrete containing recycled materials, and paper insulation made from recycled paper. Selection criteria for green building materials include factors like durability, embodied energy, and toxicity. Fundamental green building principles center around efficient structure design, energy/water use, materials selection, and waste reduction. Several notable green building projects in India employ strategies like natural ventilation, greywater systems, and solar power to lessen environmental impact.
Green concrete is an environmentally friendly type of concrete that uses less energy and produces less carbon dioxide during production than traditional concrete. It incorporates waste materials like fly ash, slag, and recycled concrete aggregates to reduce the environmental impact. Using green concrete provides benefits like longer lifespan, lower CO2 emissions, reduced energy consumption, and utilization of industrial waste. It has improved properties such as higher strength, durability, and fire and thermal resistance compared to normal concrete. While green concrete has advantages for the environment and engineering properties, its use is still developing in India due to challenges disposing of industrial waste and higher costs.
Low cost building materials and construction techniquesYash Kotgirwar
This document discusses low cost building materials and construction techniques to reduce costs. It describes using natural materials like bamboo, compressed earth blocks, mud plaster and straw which are sustainable and have low embodied energy. Manufactured materials discussed include fly ash bricks and coal washery reject bricks. Construction techniques to reduce costs include rat trap bond, cob construction, wattle and daub, jack arch roofs and using jali brickwork. The document emphasizes using local, recycled and non-toxic materials to minimize costs while ensuring longevity and environmental friendliness of structures.
Bus rapid transit (BRT) systems provide major benefits to cities by offering efficient, reliable public transportation that reduces congestion and pollution. The first successful BRT was implemented in Curitiba, Brazil in the 1970s and served as a model for other cities. A study of 20 BRT case studies from around the world found that BRT systems consume less energy and emit fewer emissions than traditional bus systems or private vehicles. BRT can help contain urban sprawl, promote social inclusion, and spur economic development near stations over the long term. While BRT requires fewer dedicated facilities than other rail systems, it still faces challenges including potential traffic disruptions and requires strong political support to implement high-quality service.
An overview of emerging trends in construction technologiessabnisajit
Awareness in respect of Emerging Trends in Construction technology play a vital role in mitigating impacts of built environment on natural environment. Use of alternative materials and technologies impel towards sustainable development. This is an effort to bridge the gap between Industry and academia.
R.S. Bricks manufactures and supplies fly ash bricks as an environmentally friendly alternative to traditional clay bricks. Fly ash bricks are 3 times stronger, use less mortar, and have lower water absorption than conventional bricks. They are a more durable and cost-effective building material that produces less greenhouse gas emissions during the manufacturing process. R.S. Bricks is a trusted supplier of high-quality fly ash bricks that meet ASTM and ARE standards.
- Green building refers to structures that are environmentally responsible and efficient in their resource use throughout construction and use.
- Buildings account for large portions of energy use, water use, and carbon emissions. Green building aims to reduce these environmental impacts.
- Key aspects of green building include using renewable energy like solar power, efficient water harvesting and use, recycled and sustainable materials, and reducing waste and pollution.
- Taipei 101 is an example of one of the largest and tallest green buildings in the world.
- Benefits of green building include reduced operating costs, conservation of natural resources, and improved health and productivity for occupants.
The document discusses geopolymer concrete as an alternative to traditional Portland cement concrete. It defines geopolymer concrete as a material made through a chemical reaction of aluminosilicate materials like fly ash or slag with an alkaline solution. This reaction forms a three-dimensional polymeric chain and network. In contrast to Portland cement, water is not involved in the chemical reaction and curing of geopolymer concrete. The document outlines the constituents, properties, applications and limitations of geopolymer concrete. It notes the potential for geopolymer concrete to provide environmental benefits over traditional concrete.
Starting with lessons learned on a recent trip to Copenhagen, DK this session will explore principles of Green Mobility and showcase successful implementation. The session will explain how Copenhagen has succeeded in becoming not only the world’s best city for cycling but also how to thrive in the economic field while maintaining its rank of the most livable city. We will look at best practices in Massachusetts and see how cities and towns have transformed their neighborhoods into safer, more accommodating, and more livable places while adding choice to the transportation mix.
This document discusses geopolymer concrete as an innovative and eco-friendly construction material. It is made from aluminosilicate materials like fly ash or slag in combination with an alkaline activator solution. Geopolymer concrete offers advantages over traditional concrete like lower CO2 emissions, utilization of waste materials, and improved durability. The document outlines the constituents, mixing process, properties and applications of geopolymer concrete. Some drawbacks include the need for special handling and the corrosiveness of the alkaline activators. In conclusion, geopolymer concrete is a promising construction material due to its sustainability and performance benefits.
Bricks are a common building material made from clay that is molded and fired. There are four main steps to manufacturing clay bricks: preparing the clay, molding the bricks, drying the molded bricks, and firing the dried bricks in a kiln. Firing hardens the bricks and burns off impurities. Good bricks are uniformly shaped, fire to a bright copper color without cracking, and can withstand weathering and structural loads. Bricks are classified based on their quality, with Class I being the highest quality for permanent structures. Timber comes from trees and can be used for building if processed correctly to prevent decay and fire. Trees are classified as exogenous or endogenous based on their growth pattern.
Artificial Construction Materials- A beginners presentationPrashant P
Artificial Construction Materials- Materials including commonly used ones as well as new in the industry. Basic Presentation for beginners in the civil engineering field. I had prepared this in the first year of my diploma course.
I am ECO (Amsterdam eco-city presentation)Aliaksey Narko
The document summarizes urban planning, transportation, and technologies in Amsterdam that make it an eco-friendly city. It discusses how Amsterdam developed canals in the 17th century to address overpopulation, and how urban planning later incorporated modernist and socialist ideas. Today, Amsterdam focuses on being near water and using sustainable transportation like bicycles, with 85% of residents cycling weekly. The document also highlights the sustainable Waternet building and "The Edge" headquarters as examples of green technologies in Amsterdam that help make it a livable eco city.
The document discusses key aspects of making Dhaka, Bangladesh a smart and inclusive city. It outlines the population growth challenges facing Dhaka, with the city's population reaching 18 million in 2016 and growing at 4.2% annually. Rural to urban migration accounts for around 60% of Dhaka's population growth. The document also notes issues with Dhaka's current drainage and sewerage system, which includes canals and retention areas but is inadequate to support the large population. Developing smart infrastructure and governance solutions could help address these challenges and make Dhaka a more sustainable city.
This document discusses fly ash bricks as an alternative to traditional clay bricks. Fly ash is a byproduct of coal combustion in power plants, and large amounts of fly ash are produced annually in India. Fly ash bricks have several advantages over clay bricks - they are lighter, stronger, and more insulative. Various types of fly ash bricks are described, including those made from mixing fly ash with soil or adding lime, gypsum or cement. Fly ash bricks can help utilize a waste product while providing a more sustainable building material.
Urban transportation system meaning ,travel demand functions with factors, design approaches & modeling , types of mass transit system with advantages -disadvantages or limitations , opportunities in mass transport , integrated approach for transit -transportation system
Green concrete is a more sustainable type of concrete that uses less energy and causes less harm to the environment during production. It incorporates waste materials like fly ash, rice husk ash, and recycled aggregates as partial replacements for traditional ingredients like cement and virgin aggregates. Green concrete has benefits like higher strength, increased durability, and reduced shrinkage compared to normal concrete, while also lowering costs and carbon dioxide emissions. It shows potential to grow in use for construction in India as it addresses needs for sustainable building materials and waste disposal.
This presentation accompanied a joint keynote address given by AAM's Brian Nicholls and Singapore Land Authority's (SLA) Dr Victor Khoo at the Locate17 Conference. AAM and the SLA are working together to capture and deliver an accurate and up-to-date 3D digital map for the entire country of Singapore, providing the digital framework for Singapore's visionary Smart Nation program. This presentation outlines the processes and technologies used to create the 3D digital map and highlights the many applications stemming from it such as Property Management systems, Solar Potential Studies, the development of Driverless Vehicle systems and more (many yet to be discovered!).
This document summarizes a graduate report presentation on the relationship between land use and transportation. It discusses key topics like compact cities, transit-oriented development, and land use-transport models. The presentation covers how transportation impacts and is impacted by land use through accessibility, travel costs, and other factors. It also examines how policies like compact development and transit-oriented development can encourage more sustainable transportation and development patterns.
Green building is the practice of increasing building efficiency and reducing environmental impacts. It involves using renewable materials, efficient technologies, and water and energy conservation practices. Some benefits are lower costs, improved indoor air quality, energy efficiency, and healthier lifestyles. While initial costs may be higher, there are long-term savings. In India, various agencies promote green building standards and top cities have implemented policies and codes to encourage more sustainable construction.
The document provides an overview of the evolution of town planning in India from ancient to modern times. It describes the major periods of development:
- Ancient period saw the rise of the Indus Valley civilization and planned cities like Harappa and Mohenjo-Daro. Vedic and Buddhist texts also discussed early town planning principles.
- Medieval towns were dominated by churches and castles and tended to be irregular in layout for defensive purposes.
- Mughal cities like Agra, Delhi, and Shahjahanabad were redesigned with gardens and parks incorporated.
- The British established colonial cantonments and hill stations outside existing Indian towns during the pre-independence period. New Delhi was
Green building materials aim to reduce environmental impact and promote sustainability. Some key green building materials include wool bricks, sustainable concrete containing recycled materials, and paper insulation made from recycled paper. Selection criteria for green building materials include factors like durability, embodied energy, and toxicity. Fundamental green building principles center around efficient structure design, energy/water use, materials selection, and waste reduction. Several notable green building projects in India employ strategies like natural ventilation, greywater systems, and solar power to lessen environmental impact.
Green concrete is an environmentally friendly type of concrete that uses less energy and produces less carbon dioxide during production than traditional concrete. It incorporates waste materials like fly ash, slag, and recycled concrete aggregates to reduce the environmental impact. Using green concrete provides benefits like longer lifespan, lower CO2 emissions, reduced energy consumption, and utilization of industrial waste. It has improved properties such as higher strength, durability, and fire and thermal resistance compared to normal concrete. While green concrete has advantages for the environment and engineering properties, its use is still developing in India due to challenges disposing of industrial waste and higher costs.
Low cost building materials and construction techniquesYash Kotgirwar
This document discusses low cost building materials and construction techniques to reduce costs. It describes using natural materials like bamboo, compressed earth blocks, mud plaster and straw which are sustainable and have low embodied energy. Manufactured materials discussed include fly ash bricks and coal washery reject bricks. Construction techniques to reduce costs include rat trap bond, cob construction, wattle and daub, jack arch roofs and using jali brickwork. The document emphasizes using local, recycled and non-toxic materials to minimize costs while ensuring longevity and environmental friendliness of structures.
Bus rapid transit (BRT) systems provide major benefits to cities by offering efficient, reliable public transportation that reduces congestion and pollution. The first successful BRT was implemented in Curitiba, Brazil in the 1970s and served as a model for other cities. A study of 20 BRT case studies from around the world found that BRT systems consume less energy and emit fewer emissions than traditional bus systems or private vehicles. BRT can help contain urban sprawl, promote social inclusion, and spur economic development near stations over the long term. While BRT requires fewer dedicated facilities than other rail systems, it still faces challenges including potential traffic disruptions and requires strong political support to implement high-quality service.
An overview of emerging trends in construction technologiessabnisajit
Awareness in respect of Emerging Trends in Construction technology play a vital role in mitigating impacts of built environment on natural environment. Use of alternative materials and technologies impel towards sustainable development. This is an effort to bridge the gap between Industry and academia.
R.S. Bricks manufactures and supplies fly ash bricks as an environmentally friendly alternative to traditional clay bricks. Fly ash bricks are 3 times stronger, use less mortar, and have lower water absorption than conventional bricks. They are a more durable and cost-effective building material that produces less greenhouse gas emissions during the manufacturing process. R.S. Bricks is a trusted supplier of high-quality fly ash bricks that meet ASTM and ARE standards.
- Green building refers to structures that are environmentally responsible and efficient in their resource use throughout construction and use.
- Buildings account for large portions of energy use, water use, and carbon emissions. Green building aims to reduce these environmental impacts.
- Key aspects of green building include using renewable energy like solar power, efficient water harvesting and use, recycled and sustainable materials, and reducing waste and pollution.
- Taipei 101 is an example of one of the largest and tallest green buildings in the world.
- Benefits of green building include reduced operating costs, conservation of natural resources, and improved health and productivity for occupants.
The document discusses geopolymer concrete as an alternative to traditional Portland cement concrete. It defines geopolymer concrete as a material made through a chemical reaction of aluminosilicate materials like fly ash or slag with an alkaline solution. This reaction forms a three-dimensional polymeric chain and network. In contrast to Portland cement, water is not involved in the chemical reaction and curing of geopolymer concrete. The document outlines the constituents, properties, applications and limitations of geopolymer concrete. It notes the potential for geopolymer concrete to provide environmental benefits over traditional concrete.
Starting with lessons learned on a recent trip to Copenhagen, DK this session will explore principles of Green Mobility and showcase successful implementation. The session will explain how Copenhagen has succeeded in becoming not only the world’s best city for cycling but also how to thrive in the economic field while maintaining its rank of the most livable city. We will look at best practices in Massachusetts and see how cities and towns have transformed their neighborhoods into safer, more accommodating, and more livable places while adding choice to the transportation mix.
This document discusses geopolymer concrete as an innovative and eco-friendly construction material. It is made from aluminosilicate materials like fly ash or slag in combination with an alkaline activator solution. Geopolymer concrete offers advantages over traditional concrete like lower CO2 emissions, utilization of waste materials, and improved durability. The document outlines the constituents, mixing process, properties and applications of geopolymer concrete. Some drawbacks include the need for special handling and the corrosiveness of the alkaline activators. In conclusion, geopolymer concrete is a promising construction material due to its sustainability and performance benefits.
Bricks are a common building material made from clay that is molded and fired. There are four main steps to manufacturing clay bricks: preparing the clay, molding the bricks, drying the molded bricks, and firing the dried bricks in a kiln. Firing hardens the bricks and burns off impurities. Good bricks are uniformly shaped, fire to a bright copper color without cracking, and can withstand weathering and structural loads. Bricks are classified based on their quality, with Class I being the highest quality for permanent structures. Timber comes from trees and can be used for building if processed correctly to prevent decay and fire. Trees are classified as exogenous or endogenous based on their growth pattern.
Artificial Construction Materials- A beginners presentationPrashant P
Artificial Construction Materials- Materials including commonly used ones as well as new in the industry. Basic Presentation for beginners in the civil engineering field. I had prepared this in the first year of my diploma course.
This document outlines the syllabus for a Basic Civil Engineering course. The syllabus covers five units: Building Materials, Building Components, Planning Aspects and Regulations, Water Supply and Sanitary Systems, and Surveying and Transportation. Unit I provides details on various building materials like bricks, stones, timber, cement, steel, and concrete. It describes the composition, classification, properties, manufacturing process, and uses of bricks and the classification, properties, and testing of stones.
Clay product By Nausad Ansari for studentsNausadAnsari4
Clay products like bricks are made from clay through processes of molding, drying, and firing. Bricks are commonly used construction materials due to their uniform size and shape which allows for efficient arrangements in buildings. To make bricks, clay is molded into rectangular blocks and then dried and fired at high temperatures to become hard and durable. Firing causes chemical reactions that form new crystalline compounds and results in strong, compact bricks suitable for use in construction.
This document provides information on building materials including bricks, cement blocks, and cement. It discusses the properties and manufacturing process of bricks, noting that bricks are made from clay soil and providing details on preparation, moulding, drying, and burning. It also covers the constituents of good brick earth, standard sizes of bricks, and tests conducted on bricks to determine suitability. The document summarizes cement blocks and their properties and applications. Finally, it briefly outlines the composition and setting action of ordinary Portland cement (OPC), the most common type of cement.
Diploma(civil) sem i boce_unit 1_civil engineering materials aRai University
The document provides information about various civil engineering materials including bricks, stones, cement, aggregates, timber and concrete. It discusses the manufacturing process of bricks and their various types. It also describes the characteristics, classification and common uses of building stones. Furthermore, it covers the ingredients, properties and uses of cement and aggregates. The document also provides details about the constituents, properties and advantages/disadvantages of concrete. Finally, it discusses the requirements and properties of good quality timber.
Diploma(civil) sem i boce_unit 1_civil engineering materials aRai University
The document discusses different types of building materials used in construction, including bricks and stones. It provides details on the manufacturing process and properties of bricks, as well as the various types of bricks used. The characteristics, classification, and common uses of building stones are also outlined. Bricks and stones are widely used construction materials due to their availability, durability, and load-bearing capacity. Proper selection depends on factors like material composition, strength, resistance to weathering, and placement in the structure.
types of Bricks details and manufacture.pptxalpnarohatgi1
There are several types of bricks:
- Wire cut bricks are made by slicing clay into brick-sized pieces using wires.
- Hand moulded bricks involve shaping prepared brick earth by hand.
- Bricks are classified into four classes based on properties like strength and water absorption. First class bricks are of the highest quality while fourth class are overburnt and brittle.
- Common types include modular bricks which have nominal dimensions that are multiples of tens, and non-modular bricks which have specified but not nominal dimensions.
This document discusses various building materials including mud and clay, rock, wood, brick and block, concrete, metal, glass, onyx, shera board/plank, and corian. It provides details on the composition and properties of each material as well as how they have been used historically and in modern construction. The materials discussed range from natural substances like mud, rock, and wood to modern manufactured materials like concrete, metal, glass, and corian.
A small hard block of backed clay that is used to build structure
such as houses and sometimes to make streets ,paths ,etc
Another definition
Molded rectangular block of clay backed by sun or in a kiln until hard and use as a buildings and paving material.
This document discusses various building construction materials. It describes natural materials like mud, clay, wood and their properties. It also discusses manufactured materials like bricks, concrete, metals and their composition and uses in construction. Finally, it outlines some health issues associated with certain mineral-based and metal construction materials like asbestos, lead, chromium and copper. It notes that materials like asbestos can cause lung diseases while metals like lead and chromium can cause toxicity issues if inhaled or absorbed through the skin. Overall, the document provides an overview of common construction materials and some health and safety aspects related to their use.
This document discusses materials and methods used in brick masonry construction. It defines different types of masonry, including brick masonry, stone masonry, and block masonry. It then covers the manufacturing process of bricks, including the basic ingredients of clay bricks, functions of key ingredients, and harmful ingredients. The rest of the document details brick terminology, types of bonds and joints, tools used in brick masonry, and testing procedures for bricks.
This document provides information on bricks as a building material. It discusses the history of bricks, which date back 7,000 years, and describes how they have evolved from being hand-molded mud bricks to modern mechanized clay bricks. It also outlines various types of modern bricks including clay, concrete, fly ash, and aerated concrete bricks. Additionally, it covers raw materials, sizes, orientations, properties, uses, advantages and disadvantages of brick as a construction material. Finally, the document classifies bricks based on their manufacturing method, shape, and quality.
This document discusses building construction materials, specifically bricks. It covers the constituents needed for good brick earth, the manufacturing process of bricks which involves preparation of clay, moulding, drying, and burning. It describes hand moulding and machine moulding methods. Bricks can be burnt using clamp burning or kiln burning. Finally, it classifies burnt bricks into four categories based on their manufacturing and preparation: first class, second class, third class, and fourth class bricks.
properties,Manufacturing, types and features of bricksZeeshan Afzal
Bricks
Definition of bricks
properties of bricks
types of bricks
features of bricks
How bricks are made
Preparation of brick earth
Moulding of bricks
Drying of bricks
Burning of bricks
PREPARATION OF BRICK EARTH
Removal of loose soil:
About 30 cm depth contains a lot of impurities
like organic matter and hence
it should be taken out and thrown away.
Digging, spreading and cleaning:
The earth is then dug out from the ground.
This earth is spread into heaps
about 50 to 150 cm height.
Weathering:
The earth is then exposed to atmosphere for softening.
The period may be Of
few weeks to a season.
Hand moulding
When moulding is done with hand it is called hand moulding.
A wooden rectangular mould made in the shape of a brick is normally used for this purpose.
Machine moulding
The clay is placed in the machine, it comes out through the opening Under pressure.
It is cut to bricks by steel wires fixed into frames.
These bricks are also called wire cut bricks.
DRYING OF BRICKS
contain 7 to 30 percent moisture, depending upon the
forming method.
most of this water is evaporated in dryer chambers
temperatures about 100 ºF to 400 ºF (38 ºC to 204 ºC).
time, is between 24 to 48 hours.
Heat and humidity must be carefully regulated to avoid cracking in the brick.
BURNING OF BRICKS
INTERMITTENT KILN
Highly inefficient & labor-intensive.
Use coal + scavenged fuels
Most common, most primitive, most polluting
Temporary Structures
High Alumina BricksHigh alumina bricks from 50% up to 90% alumina
Various selected superior grade aggregates to meet the various service conditions of various types of furnaces like laddie, blast furnace, cement and sponge iron rotary kiln.
Concrete Bricks
These bricks have either pale green or gray color.
these are prepared from a small, dry aggregate concrete which is formed in steel molds by using vibration and compaction.
Fire Brick
A Fire brick is a block of ceramic material
used in masonry construction and sized to be layer with one hand using mortar.
bricks may be made from type of material .
these are built primarily to withstand high heat and also find applications in extreme mechanical, chemical, or thermal stresses.
the brick is widely used as refractory insulating bricks for maintaining insistent temperature.
Light Weight Hollow Blocks
This blocks are used in construction of houses in earthquake prone areas.
These bricks are made of fly ash, cement, lime, gypsum, stone dust etc.
available in different sizes.
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3. 1)Brick
• Manufacture of bricks is mostly a village
industry.
• Bricks have been produced since the
dawn of civilization in the sun dried
form.
• The Great Wall of China was madeof
both burnt and sun dried bricks.
• Bricks have been used all over the
world in every class and kind of
building.
• In places where plenty of clayis
available, brickwork is cheaper.
• The cost of construction work isless
with bricks. Bricks resist fire
4. Properties
• The brick should be uniform in shape and should be of
standard size.
• The brick when broken should show a uniform compact and
homogeneous structure free from voids.
• The brick should not absorb water more than 20 per cent for
first-class bricks and 22 per cent for second-class bricks when
soaked in cold water for a period of 24 hours.
• The brick should be hard enough. No impression should be
left when scratched.
• The brick should not break into pieces when dropped from a
height of 1m.
• The brick when soaked in water for 24 hours should not show
deposits of white salts when allowed to dry in shade.
• The brick should have low thermal conductivity and should be
sound proof.The crushing strength of brick should not be
below 5.5 N/mm2 .
• The brick should be table moulded, well burnt and free from
cracks with sharp and square edges.
• The bricks should give a good metallic sound when struck
with each other. Properties of Bricks
5. Usage
• Bricks are extensively used as a leading
material of construction.
• A fire brick is used forlining the interiors
of ovens, chimneys and furnaces.
•Broken brick are used as a ballast
material for railway tracks, and alsoas a
road metal.
•Bricks are extensively used for
construction of load-bearing walls and
partition walls.
•Bricks are also used for face-work when
artistic effect is required.
6. 2)Timber
• Timber denotes wood which is suitable for
building or carpentry and for various engineering
and other purposes. The word timber isderived
from Timbrian, which means to build. Timber thus
denotes wood which is suitable for building
construction, carpenting or other engineering
purposes.
• Requirement of good timber:
(I)It should have dark uniform color.
(II)It should be dense.
(III)It should be workable, good machinability. (IV)It
should have uniform structure.
(V) It should be free from defects like knots,shakes,
cracks, splits, wraps etc.
(VI)There should not decay of timber due tofungi
and insects like white ants and termites. (VII)IT
should be fire-proof.
(VIII)It should be cheap.
(IX)It should be durable and effective
7. Properties of
Timber
Appearance: A freshly cut surface of timber should
exhibit a hard and shining appearance.
•Colour: The colour of the timber should be
preferably dark. A light colour indicates low strength.
• Hardness: A good timber should be hard, i.e., it
should offer resistance when it is being penetrated
by another body. The chemical present inheartwood
and the density of wood imparts hardness to timber.
• Durability: A good timber should be durable.It
should be capable of resisting the action of fungi,
insects, chemicals, physical agencies and mechanical
agencies.
• Strength: A good timber should be strong for
working as a structural member such as joist, beams
and rafter. It should be capable of taking loads
slowly or suddenly.
• Structure: The structure should be uniform and the
medullary rays should be hard and compact. The
annual rings should be regular and should be
closely located.
8. • Mechanical wear: A good timber should not deteriorate easily due to
mechanical wear or abrasion. This property is essential for places where timber
would be subjected to traffic, like wooden floors and pavements.
• Toughness: A good timber should be tough. It should be capable of offering
resistance to shocks due to vibrations.
• Elasticity: This is the property by which the timber returns to the original shape
when load causing deformation is removed. This property is essential when
timber is used for bows, carriage shaft,etc.
• Fire resistance: Timber is a bad conductor of heat. A dense wood offers good
resistance to fire and it requires sufficient heat to cause aflame.
• Defects: A good timber should be free from serious defects such as dead knots,
flaws and shakes.
• Fibres: Timber should have straight fibres.
• Shape: A good timber should be capable of retaining the shapeduring
conversion or seasoning.
• Smell: A good timber should have a sweet smell.
• Sound: A good timber should give a clear ringing sound when struck. •Weight:
A timber with heavy weight is considered to be sound and strong
9. 3)Plastic
• A plastic material is any of a widerange
of synthetic or semi-synthetic organic
solids that are moldable. Plastics are
typically organic polymers of high
molecular mass, but they often contain
other substances. They are usually
synthetic, most commonly derived from
petrochemicals, but many are partially
natural.
• The word plastics is from the Greek
word Plastikos, meaning “able to be
shaped and molded
10. Properties
and Benefits
• Corrosion resistance
• Low electrical and thermal conductivity,
insulator
• Easily formed into complex shapes,can
be formed,casted and joined.
11. Usagewith
Examples
• 1)Polycarbonates Properties:
very versatile and has dimensional
stability, good mechanical and electrical
properties, high resistanceto impact and
chemicals Applications: electrical
components and insulatorswindshields,
signs, machinecomponents
2)Nylons Properties:
good mechanical and abrasion
resistance property, self-lubricating, resistant
to most chemicals but it absorbs water,
increase in dimension is undesirable
Applications: mechanical components;
gears,bearings, rollers, bushings, fasteners,
guides, zippers
12. 4)Ceramic
• One of the largest groups of materials
with the properties of nonmetals and all
are made by firing or burning, often
including silicates and metal oxides.
• Greek term Keramos, meaning "a
potter" or "pottery”.
13. Properties
• Cheap in terms of its starting materials.
Compared to metals, lightweight and
retain their strength up to 1000˚C where
metals tends tofail. They have electrical,
optical, and magnetic properties of
value in the computer and electronic
industries.
15. 5)Paints
• Cement Paints-
Cement paints are covered under
powder paints which are used for
exterior cemented walls, all types of
masonry surfaces like Bungalows,
Bridges, Dams,Houses, Buildings of
General Public, etc. and can also beused
for Interior as well as exterior masonry
cemented surfaces.
17. Properties
And Usage
• 1)It prevents growth of fungus and
bacteria on masonry surfaces.
• 2) Cement paint gives very good
protection to all kinds of masonry
surfaces from Ultraviolet rays present in
sunrays
• 3) It gives very good protection from
severe climatic conditions like rain, heat,
water, humidity, salt atmosphere near
sea-shores, to all types of cemented
walls, surfaces.
18. 6)GLASS
• Many high-rise buildings now made of
glass. The glass used is typically of the
type not glossy , to avoid excessive
glare to people who were outside the
building. In addition, the glass that
absorbs infrared waves are used to
prevent heat from penetrating into the
building . This can lead to high costs of
air conditioners . In addition, the use of
double-glazed windows for heat
insulation outside from entering , and
cool air in the building of out of
buildings in hot climates orotherwise in
cold climates
20. Properties
• 1)Transparent
• 2)Smooth surface
• 3)Clear appearance
• 4)Reflect, refract and transmit light
without scattering it
• 5)Silicate glass can be poured, formed,
extruded and molded into manyshapes
including flat sheets and complex
designs brittle
• 6)Erosion-resistant, especially against
the action of water resistant to
chemicals, and is also corrosion-
resistant
21. 7)Flooring
Tiles
•Today there are various flooring tiles
options available in the market.You can
choose from a plethora of options like
Vitrified Tiles, Ceramic Tiles, Marble
Flooring, Granite Flooring, Wooden
Flooring, Designer Tiles, Crystal Tiles,
Chequered Tiles, Highlighter Tiles etc.
•The sheer variety available, especially in
vitrified tiles, is mindboggling. And most
of them at an affordable price which
makes them even more attractive.
28. 8)Bitumen
• According to ASTM - “Bitumen is
hydrocarbon material of either natural
or pyrogenous origin found in gaseous,
liquid, semi-solid or solid form and is
completely soluble in carbon-
disulphide , carbon tetra chloride”
29. Properties
• Lower susceptibility to daily and
seasonal temperature variations
• Higher resistance to deformation at
high pavement temperature Better age
resistance properties
• Higher fatigue life for mixes
• Better adhesion between aggregates
and binder
• Prevention of cracking and reflective
cracking
30. Usage
1) Macadam, extensively used for
pavements, walkways
2)For paints: The industrial blown or R
grade of bitumen is mainly used for
bituminous paints and other surfaces.
3) Damp proofing
4) Roofing
5) Tanking of basements
6) Preservation of stones
7)Pavements: Largely used for the
construction of roads, runways, taxiways