The Ceiling Firefighter is the worlds most advanced mechanical fire extinguishing system developed in decades. Addresses the nine flaws of sprinkler systems as well as combats the five flaws of conventional ceiling tiles.
This document discusses integrated strategic intellectual property (IP) management. For any questions, contact Dr. Alex G. Lee at alexglee@techipm.com. The document is copyrighted by TechIPm, LLC in 2013 and all rights are reserved.
This document outlines an assignment where student partners must write a research-based article about an environmental pollution issue and an acceptance speech summarizing the article. Over two weeks, the students will:
1) Conduct research on various types of environmental pollution from provided websites and newspaper/magazine articles.
2) Have one student write a 1+ page single-spaced article on a chosen pollution topic and the other student write a 2-minute acceptance speech summarizing the article.
3) The speech student must create an outline and flashcards while the article student formats their work with citations. Both students will present the speech and be graded on delivery, visual aids used, and accuracy of content from their research.
Joan's Developmental Workshop is an after-school program located in Chicago that prepares disabled students ages 13 to 21 for the workforce through skills training and social development. The workshop works with companies that hire disabled youth for suitable jobs and provides tax benefits to the companies. Trained staff reinforce school lessons and help match students' abilities to jobs.
In 3 sentences or less, here is a summary of the document:
The document defines a haiku as a traditional Japanese poem consisting of 3 lines with a 5-7-5 syllable structure that captures images from nature. It provides 3 examples of haikus - one by Basho about a frog jumping into a pond, another by Soseki about leaves withering in winter, and a third by Shiki about two people in different seasons.
This is the modified presentation Ver 6-fnl of eTourismbook team for the Integrated Tourism Learning and Delivery platform at the VentureLab Entrepreneurship program at Stanford University in 2012. A project that was conceived by Dolly Bhasin founder and MD of SPH Consultancy & eServices Pvt. Ltd.and the idea was developed further through the course.
This guide provides tips for successful affiliate marketing by explaining what affiliate marketing is and how it works. It recommends finding a niche product to promote that aligns with your interests and audience. The guide also suggests optimizing website content and links to drive traffic and sales in order to earn commission from product referrals through an affiliate program.
This document discusses integrated strategic intellectual property (IP) management. For any questions, contact Dr. Alex G. Lee at alexglee@techipm.com. The document is copyrighted by TechIPm, LLC in 2013 and all rights are reserved.
This document outlines an assignment where student partners must write a research-based article about an environmental pollution issue and an acceptance speech summarizing the article. Over two weeks, the students will:
1) Conduct research on various types of environmental pollution from provided websites and newspaper/magazine articles.
2) Have one student write a 1+ page single-spaced article on a chosen pollution topic and the other student write a 2-minute acceptance speech summarizing the article.
3) The speech student must create an outline and flashcards while the article student formats their work with citations. Both students will present the speech and be graded on delivery, visual aids used, and accuracy of content from their research.
Joan's Developmental Workshop is an after-school program located in Chicago that prepares disabled students ages 13 to 21 for the workforce through skills training and social development. The workshop works with companies that hire disabled youth for suitable jobs and provides tax benefits to the companies. Trained staff reinforce school lessons and help match students' abilities to jobs.
In 3 sentences or less, here is a summary of the document:
The document defines a haiku as a traditional Japanese poem consisting of 3 lines with a 5-7-5 syllable structure that captures images from nature. It provides 3 examples of haikus - one by Basho about a frog jumping into a pond, another by Soseki about leaves withering in winter, and a third by Shiki about two people in different seasons.
This is the modified presentation Ver 6-fnl of eTourismbook team for the Integrated Tourism Learning and Delivery platform at the VentureLab Entrepreneurship program at Stanford University in 2012. A project that was conceived by Dolly Bhasin founder and MD of SPH Consultancy & eServices Pvt. Ltd.and the idea was developed further through the course.
This guide provides tips for successful affiliate marketing by explaining what affiliate marketing is and how it works. It recommends finding a niche product to promote that aligns with your interests and audience. The guide also suggests optimizing website content and links to drive traffic and sales in order to earn commission from product referrals through an affiliate program.
This document provides details about renovating a 1970s ranch home in Holderness, NH to make it carbon neutral. Key points:
- The home was highly insulated with walls R-52, roof R-73, and new basement walls R-42. Air leakage was reduced 12-fold.
- A ground source heat pump and 7.5 kW solar PV array were installed. Actual energy use was 6,704 kWh compared to the predicted need of 7,545 kWh.
- Features like a green roof, rainwater cistern, and sustainable materials were used. Monitoring showed the home produces more energy than it uses, making it carbon neutral.
The document discusses energy efficiency upgrades that can be made to heritage buildings in Vancouver. It provides details on Vancouver's goals to reduce energy consumption in homes by 33% by 2020. It then lists 12 ways to make a house more energy efficient, such as efficient lighting, insulation, and water heating. The document also discusses the benefits of upgrading heritage buildings, which include embodied energy retention and reducing thermal bridging. It provides a case study of Vancouver's efforts through its 2020 Greenest City Action Plan to address energy usage in the city's large number of heritage buildings.
Our Home Energy Coach, Philip Drader, shares how your attic can contribute to a comfortable home.
Your first step is to ensure you are keeping water out.
Water damage is costly, common, and can be avoided. Lower your energy costs by dealing with ice dams and roof deck rotting first. We’ll show you how. Then you can add insulation to your attic and save money and be more comfortable.
When Facades Kill: A question of extreme flammabilityTerri Meyer Boake
The document summarizes several recent high-rise building fires where aluminum composite panels with flammable cores were the primary cladding material. These fires spread rapidly up the buildings within 15 minutes, endangering residents. The fires were fueled by deviations from traditional non-combustible building materials and outdated fire safety practices. There is confusion around product labeling and standards regarding the fire resistance of aluminum composite panel systems and their cores.
deterioration of concrete structures( repair and rehabilitation of structures)Korrapati Pratyusha
- Concrete is widely used in construction but is susceptible to defects from faulty design/materials, environmental effects like freezing/thawing, and chemical reactions.
- Common defects include cracking from plastic shrinkage during curing, drying shrinkage as concrete loses moisture over time, and damage from temperature changes causing expansion/contraction.
- Chemical reactions with acids, sulphates or aggregates can also deteriorate concrete through processes like carbonation, sulphate attack, or alkali-silica reaction. Preventive measures aim to minimize moisture movement and use durable materials.
FIRES AS A CAUSE OF CONCRETE DETERIORATIONMohamed Omer
Presentation outline
Introduction to the subject
What is the causes of fire?
Physical and chemical response to fire
Spalling of concrete
Factors influencing the explosive spalling
How to improve the concrete structures in the fire resistance?
Case study - Concrete structure subjected to a fire in U.A.E
Rehabilitation methods and the repairing plan
Recommendation and conclusions
This document discusses glazing design and various glazing options. It describes different types of glazing materials like single pane glass, double glazing, gas filled windows and low-e coatings. Frame materials include wood, vinyl, aluminum and fiberglass. Properties of glazing materials like u-values and sound transmission are covered. The document also addresses inert gas filling, coatings, spacers, seals and factors to consider like movement, moisture control and durability.
Additional deterioration of concrete structures( repair and rehabilitation of...Super Arc Consultant
The document provides an overview of common defects, deterioration mechanisms, and preventative measures for concrete structures. It discusses issues such as plastic shrinkage cracks during curing, drying shrinkage due to moisture loss, damage from freeze-thaw cycles, and chemical reactions like carbonation, sulfate attack, and alkali-aggregate reactions. Design errors, construction mistakes, environmental effects, and lack of maintenance are also highlighted as factors that can compromise concrete durability over time.
This document discusses various roofing systems for low and steep slope roofs. For low slope roofs, it describes disadvantages like slow drainage and standing water issues. It also discusses advantages like covering large buildings. Components like decking, insulation, vapor retarders, membranes, and flashings are outlined. Steep slope roofs drain quickly and use small overlapping materials like shingles, tiles, and metal panels. Insulation and vapor retarders are typically below the deck, and different roofing materials like wood, asphalt, slate and tile shingles are summarized.
Energy efficient construction and training practices - 7 Energy renovations ...Motiva
The document discusses energy renovation of structures to address moisture and microbial damage. It describes common energy saving measures like supplementary insulation of roofs, walls, and floors. It also emphasizes the importance of indoor air quality and proper ventilation. The document outlines signs of moisture and microbial damage and their most common causes. It provides guidance on inspection, remediation, and ensuring structures are properly insulated and sealed to prevent future issues.
how can we increase the fire resistance of steel ? so it can possess more effective role as building component ?!
in this report we discuss these subjects .
Thermal insulation reduces heat transfer between objects in contact or radiative influence. It maintains room temperatures according to requirements by creating a shield around homes. Thermal insulation is necessary due to increasing global warming and temperature variation. Insulation helps avoid high electricity bills and environmental impacts of heating/cooling devices. Houses can be insulated by choosing insulating materials for construction, adding insulation materials like fiberglass, mineral wool, cellulose or polyurethane foam between walls/roofs, and using insulating doors, windows and light-colored exteriors. Proper insulation helps maintain stable indoor temperatures and reduces energy costs.
To tackle the environment change every people should make their building that is thermally insulated. So that you can feel comfortable within home. T o know more go through https://blog.builtify.in/2019/08/how-to-make-your-house-thermally-insulated-builtify.html
The document discusses performing a home health check up to improve energy efficiency, comfort, and safety. It involves interviewing homeowners, inspecting the home, testing systems, and educating homeowners. Key areas of focus include air sealing, insulation, HVAC systems, and behaviors that impact energy usage. The goal is to understand where a home is losing energy, and develop an action plan to seal air leaks, improve insulation, and increase efficiency to lower bills while enhancing comfort and safety.
This document discusses blockwork construction and provides details on the manufacturing process and uses of concrete blocks. It describes how concrete blocks are made by mixing raw materials like cement, sand and gravel, then molding and curing the blocks. Examples are given of common block types and their compositions. The document also provides a case study on the use of blockwork in constructing a secondary school in Malaysia and residential buildings in India.
This document discusses blockwork construction and provides details on the manufacturing process and uses of concrete blocks. It describes how concrete blocks are made by mixing raw materials like cement, sand and gravel, then molding and curing the blocks. Examples are given of common block types and their compositions. The document also provides a case study on the use of blockwork in constructing a secondary school in Malaysia and residential buildings in India.
Saving Energy and Money with Insulation Project at Federated Church in Morris...University of Minnesota
This project summarized the insulation retrofit of an old church building. The church had issues with heat loss, lack of insulation, moisture damage, and inadequate ventilation. The goals of the project were to cut heating and cooling expenses by 50% and protect the structure from further damage. Various insulation methods were used including blown-in fiberglass and foam insulation installed in walls, attics, and roofs. Over 70 new roof vents and a total of 162 vents were added. Air sealing and insulation installation reduced air leakage by 58%, helping to significantly reduce energy costs.
This document discusses various methods of curing concrete, including water curing, membrane curing, steam curing, and electrical curing. It notes that curing allows for continuous hydration and strength gain in concrete. Proper curing retains moisture on the surface and prevents early drying out, leading to increased strength and durability. A new technique called "drip curing" is also introduced, which can reduce water consumption during curing by up to 80% through the use of multilayer sheets that drip water onto the concrete surface.
This document provides information on block work systems (IBS) used in construction, including:
1. It describes the manufacturing process of block work systems which involves mixing, molding, curing, and cubing of concrete blocks.
2. The advantages of block work systems are that they are durable, can be constructed entirely on-site, have professionals that are easy to find locally, and have a high thermal mass for insulation.
3. The disadvantages include limited insulation capability compared to other materials, slower construction speeds, risk of settlement cracks, inability to construct during severe weather, and potential for dampness if cavities are not sealed properly.
4. A case study of a secondary school in
This document provides information on block work systems (IBS) used in construction, including:
1. It describes the manufacturing process of block work systems which involves mixing, molding, curing, and cubing of concrete blocks.
2. The advantages of block work systems are that they are durable, can be constructed entirely on-site, have professionals that are easy to find locally, and have good thermal insulation.
3. The disadvantages include limited insulation thickness, slower construction compared to other materials, risk of settlement cracks, inability to work in severe weather, and potential for dampness infiltration.
4. A case study of a secondary school construction project in Malaysia is presented that utilized loadbearing block
This document provides details about renovating a 1970s ranch home in Holderness, NH to make it carbon neutral. Key points:
- The home was highly insulated with walls R-52, roof R-73, and new basement walls R-42. Air leakage was reduced 12-fold.
- A ground source heat pump and 7.5 kW solar PV array were installed. Actual energy use was 6,704 kWh compared to the predicted need of 7,545 kWh.
- Features like a green roof, rainwater cistern, and sustainable materials were used. Monitoring showed the home produces more energy than it uses, making it carbon neutral.
The document discusses energy efficiency upgrades that can be made to heritage buildings in Vancouver. It provides details on Vancouver's goals to reduce energy consumption in homes by 33% by 2020. It then lists 12 ways to make a house more energy efficient, such as efficient lighting, insulation, and water heating. The document also discusses the benefits of upgrading heritage buildings, which include embodied energy retention and reducing thermal bridging. It provides a case study of Vancouver's efforts through its 2020 Greenest City Action Plan to address energy usage in the city's large number of heritage buildings.
Our Home Energy Coach, Philip Drader, shares how your attic can contribute to a comfortable home.
Your first step is to ensure you are keeping water out.
Water damage is costly, common, and can be avoided. Lower your energy costs by dealing with ice dams and roof deck rotting first. We’ll show you how. Then you can add insulation to your attic and save money and be more comfortable.
When Facades Kill: A question of extreme flammabilityTerri Meyer Boake
The document summarizes several recent high-rise building fires where aluminum composite panels with flammable cores were the primary cladding material. These fires spread rapidly up the buildings within 15 minutes, endangering residents. The fires were fueled by deviations from traditional non-combustible building materials and outdated fire safety practices. There is confusion around product labeling and standards regarding the fire resistance of aluminum composite panel systems and their cores.
deterioration of concrete structures( repair and rehabilitation of structures)Korrapati Pratyusha
- Concrete is widely used in construction but is susceptible to defects from faulty design/materials, environmental effects like freezing/thawing, and chemical reactions.
- Common defects include cracking from plastic shrinkage during curing, drying shrinkage as concrete loses moisture over time, and damage from temperature changes causing expansion/contraction.
- Chemical reactions with acids, sulphates or aggregates can also deteriorate concrete through processes like carbonation, sulphate attack, or alkali-silica reaction. Preventive measures aim to minimize moisture movement and use durable materials.
FIRES AS A CAUSE OF CONCRETE DETERIORATIONMohamed Omer
Presentation outline
Introduction to the subject
What is the causes of fire?
Physical and chemical response to fire
Spalling of concrete
Factors influencing the explosive spalling
How to improve the concrete structures in the fire resistance?
Case study - Concrete structure subjected to a fire in U.A.E
Rehabilitation methods and the repairing plan
Recommendation and conclusions
This document discusses glazing design and various glazing options. It describes different types of glazing materials like single pane glass, double glazing, gas filled windows and low-e coatings. Frame materials include wood, vinyl, aluminum and fiberglass. Properties of glazing materials like u-values and sound transmission are covered. The document also addresses inert gas filling, coatings, spacers, seals and factors to consider like movement, moisture control and durability.
Additional deterioration of concrete structures( repair and rehabilitation of...Super Arc Consultant
The document provides an overview of common defects, deterioration mechanisms, and preventative measures for concrete structures. It discusses issues such as plastic shrinkage cracks during curing, drying shrinkage due to moisture loss, damage from freeze-thaw cycles, and chemical reactions like carbonation, sulfate attack, and alkali-aggregate reactions. Design errors, construction mistakes, environmental effects, and lack of maintenance are also highlighted as factors that can compromise concrete durability over time.
This document discusses various roofing systems for low and steep slope roofs. For low slope roofs, it describes disadvantages like slow drainage and standing water issues. It also discusses advantages like covering large buildings. Components like decking, insulation, vapor retarders, membranes, and flashings are outlined. Steep slope roofs drain quickly and use small overlapping materials like shingles, tiles, and metal panels. Insulation and vapor retarders are typically below the deck, and different roofing materials like wood, asphalt, slate and tile shingles are summarized.
Energy efficient construction and training practices - 7 Energy renovations ...Motiva
The document discusses energy renovation of structures to address moisture and microbial damage. It describes common energy saving measures like supplementary insulation of roofs, walls, and floors. It also emphasizes the importance of indoor air quality and proper ventilation. The document outlines signs of moisture and microbial damage and their most common causes. It provides guidance on inspection, remediation, and ensuring structures are properly insulated and sealed to prevent future issues.
how can we increase the fire resistance of steel ? so it can possess more effective role as building component ?!
in this report we discuss these subjects .
Thermal insulation reduces heat transfer between objects in contact or radiative influence. It maintains room temperatures according to requirements by creating a shield around homes. Thermal insulation is necessary due to increasing global warming and temperature variation. Insulation helps avoid high electricity bills and environmental impacts of heating/cooling devices. Houses can be insulated by choosing insulating materials for construction, adding insulation materials like fiberglass, mineral wool, cellulose or polyurethane foam between walls/roofs, and using insulating doors, windows and light-colored exteriors. Proper insulation helps maintain stable indoor temperatures and reduces energy costs.
To tackle the environment change every people should make their building that is thermally insulated. So that you can feel comfortable within home. T o know more go through https://blog.builtify.in/2019/08/how-to-make-your-house-thermally-insulated-builtify.html
The document discusses performing a home health check up to improve energy efficiency, comfort, and safety. It involves interviewing homeowners, inspecting the home, testing systems, and educating homeowners. Key areas of focus include air sealing, insulation, HVAC systems, and behaviors that impact energy usage. The goal is to understand where a home is losing energy, and develop an action plan to seal air leaks, improve insulation, and increase efficiency to lower bills while enhancing comfort and safety.
This document discusses blockwork construction and provides details on the manufacturing process and uses of concrete blocks. It describes how concrete blocks are made by mixing raw materials like cement, sand and gravel, then molding and curing the blocks. Examples are given of common block types and their compositions. The document also provides a case study on the use of blockwork in constructing a secondary school in Malaysia and residential buildings in India.
This document discusses blockwork construction and provides details on the manufacturing process and uses of concrete blocks. It describes how concrete blocks are made by mixing raw materials like cement, sand and gravel, then molding and curing the blocks. Examples are given of common block types and their compositions. The document also provides a case study on the use of blockwork in constructing a secondary school in Malaysia and residential buildings in India.
Saving Energy and Money with Insulation Project at Federated Church in Morris...University of Minnesota
This project summarized the insulation retrofit of an old church building. The church had issues with heat loss, lack of insulation, moisture damage, and inadequate ventilation. The goals of the project were to cut heating and cooling expenses by 50% and protect the structure from further damage. Various insulation methods were used including blown-in fiberglass and foam insulation installed in walls, attics, and roofs. Over 70 new roof vents and a total of 162 vents were added. Air sealing and insulation installation reduced air leakage by 58%, helping to significantly reduce energy costs.
This document discusses various methods of curing concrete, including water curing, membrane curing, steam curing, and electrical curing. It notes that curing allows for continuous hydration and strength gain in concrete. Proper curing retains moisture on the surface and prevents early drying out, leading to increased strength and durability. A new technique called "drip curing" is also introduced, which can reduce water consumption during curing by up to 80% through the use of multilayer sheets that drip water onto the concrete surface.
This document provides information on block work systems (IBS) used in construction, including:
1. It describes the manufacturing process of block work systems which involves mixing, molding, curing, and cubing of concrete blocks.
2. The advantages of block work systems are that they are durable, can be constructed entirely on-site, have professionals that are easy to find locally, and have a high thermal mass for insulation.
3. The disadvantages include limited insulation capability compared to other materials, slower construction speeds, risk of settlement cracks, inability to construct during severe weather, and potential for dampness if cavities are not sealed properly.
4. A case study of a secondary school in
This document provides information on block work systems (IBS) used in construction, including:
1. It describes the manufacturing process of block work systems which involves mixing, molding, curing, and cubing of concrete blocks.
2. The advantages of block work systems are that they are durable, can be constructed entirely on-site, have professionals that are easy to find locally, and have good thermal insulation.
3. The disadvantages include limited insulation thickness, slower construction compared to other materials, risk of settlement cracks, inability to work in severe weather, and potential for dampness infiltration.
4. A case study of a secondary school construction project in Malaysia is presented that utilized loadbearing block