cracks in building - rdso
... Stresses are caused either due to externally applied forces i.e. dead load, live load, erection load etc. or may be induced internally due to shrinkage, elastic deformation, thermal movement etc. In design, internally induced stresses are accounted indirectly by considering secondary stresses or sui ...
... Stresses are caused either due to externally applied forces i.e. dead load, live load, erection load etc. or may be induced internally due to shrinkage, elastic deformation, thermal movement etc. In design, internally induced stresses are accounted indirectly by considering secondary stresses or sui ...
Polished Concrete and LEED v4.0 Certification
... of Green Apple Group, LLC, to consider the potential LEED credits available to building teams when a polished concrete floor is included in the design and construction of new commercial buildings, including schools and core and shell projects. There have been many new proposed versions of LEED v4. T ...
... of Green Apple Group, LLC, to consider the potential LEED credits available to building teams when a polished concrete floor is included in the design and construction of new commercial buildings, including schools and core and shell projects. There have been many new proposed versions of LEED v4. T ...
University houses
... A new seven-story, 400-bed suitestyle residence for upperclassmen was created on the campus of Catholic University in Washington, D.C., to fit seamlessly onto the 80-year-old campus. The facility defines the edge of a new residential quadrangle, featuring a central tower that provides a focal point ...
... A new seven-story, 400-bed suitestyle residence for upperclassmen was created on the campus of Catholic University in Washington, D.C., to fit seamlessly onto the 80-year-old campus. The facility defines the edge of a new residential quadrangle, featuring a central tower that provides a focal point ...
value of special concretes in concrete buildings
... concrete, with mixes typically tailored to achieve 35/40MPa at 24/48hrs respectively. Other higher early strengths can be achieved to suit other construction requirements but they are not part of this study. Topflow is a proprietary free-flowing, self-compacting concrete that is designed to flow eas ...
... concrete, with mixes typically tailored to achieve 35/40MPa at 24/48hrs respectively. Other higher early strengths can be achieved to suit other construction requirements but they are not part of this study. Topflow is a proprietary free-flowing, self-compacting concrete that is designed to flow eas ...
Sustainable Construction - A Guide on Concrete Usage - KIT
... agents shall not be responsible for any mistake or inaccuracy that may be contained herein and all such liability and responsibility are expressly disclaimed by these said parties. The publication may include information of suppliers who have, in one way or another, contributed to the development of ...
... agents shall not be responsible for any mistake or inaccuracy that may be contained herein and all such liability and responsibility are expressly disclaimed by these said parties. The publication may include information of suppliers who have, in one way or another, contributed to the development of ...
concrete usage index
... agents shall not be responsible for any mistake or inaccuracy that may be contained herein and all such liability and responsibility are expressly disclaimed by these said parties. The publication may include information of suppliers who have, in one way or another, contributed to the development of ...
... agents shall not be responsible for any mistake or inaccuracy that may be contained herein and all such liability and responsibility are expressly disclaimed by these said parties. The publication may include information of suppliers who have, in one way or another, contributed to the development of ...
Downl. - ISSN : 2394-1766
... to occurring tensile and shear stress. There are three levels of hammering: - Stone chisel. It is operated by manpower and is not in using any more for concrete demolition. - Hand-held breaker. There are three types of breakers - pneumatic, hydraulic or electric driven. The first type is relatively ...
... to occurring tensile and shear stress. There are three levels of hammering: - Stone chisel. It is operated by manpower and is not in using any more for concrete demolition. - Hand-held breaker. There are three types of breakers - pneumatic, hydraulic or electric driven. The first type is relatively ...
DEMOLINATION METHOD & TECHNIQUES
... to occurring tensile and shear stress. There are three levels of hammering: - Stone chisel. It is operated by manpower and is not in using any more for concrete demolition. - Hand-held breaker. There are three types of breakers - pneumatic, hydraulic or electric driven. The first type is relatively ...
... to occurring tensile and shear stress. There are three levels of hammering: - Stone chisel. It is operated by manpower and is not in using any more for concrete demolition. - Hand-held breaker. There are three types of breakers - pneumatic, hydraulic or electric driven. The first type is relatively ...
to access the full journal article
... course, apply also to the design of all types of structures, whether they are made of concrete, steel or composite materials. However, in the case of precast and prestressed concrete structures , particular attention must be given to stiffness, strength and toughness requirements, and especially to ...
... course, apply also to the design of all types of structures, whether they are made of concrete, steel or composite materials. However, in the case of precast and prestressed concrete structures , particular attention must be given to stiffness, strength and toughness requirements, and especially to ...
Precast Concrete Optimizes, Industrial Buildings` Functionality
... brick. A custom pigmented concrete color was chosen to be used as the “mortar joints” that coordinates with both colors of brick. This approach reduced the amount of labor needed to create the look of hand-laid brick while providing a more durable, monolithic ASCENT, SUMMER 2015 ...
... brick. A custom pigmented concrete color was chosen to be used as the “mortar joints” that coordinates with both colors of brick. This approach reduced the amount of labor needed to create the look of hand-laid brick while providing a more durable, monolithic ASCENT, SUMMER 2015 ...
Precast Provides High Performance—Efficiently
... projections and setbacks, requiring many returns, some as wide as 3 feet, on the precast concrete panels to avoid joints at the corners. This aesthetic demand reduced some of the benefits provided by repetition in panels. But by creating such long returns, the precaster was able to minimize the numb ...
... projections and setbacks, requiring many returns, some as wide as 3 feet, on the precast concrete panels to avoid joints at the corners. This aesthetic demand reduced some of the benefits provided by repetition in panels. But by creating such long returns, the precaster was able to minimize the numb ...
an overview of precast concrete system
... lead to the issues of comfort and safety. When the steelwork structures are designed as the conventional reinforced concrete structural system, this concept result exposed steel beams and columns. Unfortunately, this can comes out of many problem such as leakage. The rain water can easily seep into ...
... lead to the issues of comfort and safety. When the steelwork structures are designed as the conventional reinforced concrete structural system, this concept result exposed steel beams and columns. Unfortunately, this can comes out of many problem such as leakage. The rain water can easily seep into ...
PRECAST CONCRETE GETS HIGH MARKS For K
... benefits that typical masonry can’t provide. Precast inset brick panels eliminate months of onsite labor needed for laid-up brick while removing several trades from the site. It ensures a high-quality, even appearance and limits the need for on-site inspections. Precast concrete panels offer variety ...
... benefits that typical masonry can’t provide. Precast inset brick panels eliminate months of onsite labor needed for laid-up brick while removing several trades from the site. It ensures a high-quality, even appearance and limits the need for on-site inspections. Precast concrete panels offer variety ...
Aesthetic Showcase
... Precast concrete provides excellent aesthetic versatility. It is available in practically any color, form, and texture. Precast concrete can also be veneered with other traditional building materials such as brick, granite, limestone, terra cotta, tile, and more. This provides the look and feel of t ...
... Precast concrete provides excellent aesthetic versatility. It is available in practically any color, form, and texture. Precast concrete can also be veneered with other traditional building materials such as brick, granite, limestone, terra cotta, tile, and more. This provides the look and feel of t ...
The Precast
... prestressed concrete products and structures. The contents of the Designer’s Knowledge Bank include the following: ...
... prestressed concrete products and structures. The contents of the Designer’s Knowledge Bank include the following: ...
Thomson Meter Company Building Designation Report
... Hennebique achieved success with branches licensed to construct designs with his system, which was widely used in the U.S. Reinforced concrete emerged as a significant structural material in the U.S. in the first decade of the 20th century. The first major American builder in the material was Ernes ...
... Hennebique achieved success with branches licensed to construct designs with his system, which was widely used in the U.S. Reinforced concrete emerged as a significant structural material in the U.S. in the first decade of the 20th century. The first major American builder in the material was Ernes ...
TALL BUILDINGS - The Concrete Centre
... put into perspective the events of 11 September 2001 and the collapse of the twin towers of the World Trade Center. The world continues to follow a different course as a result of that day, and certainly the design of skyscrapers will never be quite the same again. But time has at least allowed for ...
... put into perspective the events of 11 September 2001 and the collapse of the twin towers of the World Trade Center. The world continues to follow a different course as a result of that day, and certainly the design of skyscrapers will never be quite the same again. But time has at least allowed for ...
characteristic structures of the industrial buildings from
... breakthroughs required for various reasons, the changing requirements and fire protection points require the reinforcement of the structures. The floors may be replaced by both assembled or monolithic floors. The designing shall be done by a structural engineer in this case as well. The reinforcemen ...
... breakthroughs required for various reasons, the changing requirements and fire protection points require the reinforcement of the structures. The floors may be replaced by both assembled or monolithic floors. The designing shall be done by a structural engineer in this case as well. The reinforcemen ...
punching shear resistance of high
... used worldwide to "slip" formwork for a wall section to higher levels as the concrete cures. The screw jack is manually operated and used in areas of the world where mechanization is limited. The hydraulic and pneumatic jacks are fully automated moving continuously as concrete is pumped into place. ...
... used worldwide to "slip" formwork for a wall section to higher levels as the concrete cures. The screw jack is manually operated and used in areas of the world where mechanization is limited. The hydraulic and pneumatic jacks are fully automated moving continuously as concrete is pumped into place. ...
Future Nordic Concrete Architecture
... 1991 he shows how an important part the site and the landscape play in his architecture. Both in shape and the choice of materials he tells a story of the rocks the glaciers has formed and left behind ‐ and he does this with concrete. ...
... 1991 he shows how an important part the site and the landscape play in his architecture. Both in shape and the choice of materials he tells a story of the rocks the glaciers has formed and left behind ‐ and he does this with concrete. ...
s1 Concrete Cvr - Specify Concrete
... according to Mark Luther, technical service engineer for Holcim (US) Inc. It’s hard to say when that might change. Even so, many recent landmark projects have incorporated SCMs, including Seven World Trade Center, the Maumee River Bridge (the largest ever built by the Ohio DOT), and the Oklahoma Fed ...
... according to Mark Luther, technical service engineer for Holcim (US) Inc. It’s hard to say when that might change. Even so, many recent landmark projects have incorporated SCMs, including Seven World Trade Center, the Maumee River Bridge (the largest ever built by the Ohio DOT), and the Oklahoma Fed ...
Poured-in-place Concrete Residential Construction
... which is usually made more water resistant through the use of a coating. The second line of resistance is created by the concrete itself, since it has sufficient thickConstruction Joint refers to the ness and mass to restrict the contact area between previously inward movement of water. Some placed ...
... which is usually made more water resistant through the use of a coating. The second line of resistance is created by the concrete itself, since it has sufficient thickConstruction Joint refers to the ness and mass to restrict the contact area between previously inward movement of water. Some placed ...
O A RIGINAL RTICLE
... system is one of the best industrial scales in many countries including America, Canada, China, Turkey etc.And Its use is very common. Tunnel system for buildings with load bearing concrete wall is used. It will fit within the dimensions used in space are selected. This method, in adition of increas ...
... system is one of the best industrial scales in many countries including America, Canada, China, Turkey etc.And Its use is very common. Tunnel system for buildings with load bearing concrete wall is used. It will fit within the dimensions used in space are selected. This method, in adition of increas ...
Total-Precast Solution Provides Sturdy Data Center
... sits on a footing,” Hembree explains. “All of that had to be accounted for in the design. ...
... sits on a footing,” Hembree explains. “All of that had to be accounted for in the design. ...
Concrete
Concrete is a composite material composed of aggregate bonded together with a fluid cement which hardens over time. Most use of the term ""concrete"" refers to Portland cement concrete or to concretes made with other hydraulic cements, such as ciment fondu. However, road surfaces are also a type of concrete, ""asphaltic concrete"", where the cement material is bitumen.In Portland cement concrete (and other hydraulic cement concretes), when the aggregate is mixed together with the dry cement and water, they form a fluid mass that is easily molded into shape. The cement reacts chemically with the water and other ingredients to form a hard matrix which binds all the materials together into a durable stone-like material that has many uses. Often, additives (such as pozzolans or superplasticizers) are included in the mixture to improve the physical properties of the wet mix or the finished material. Most concrete is poured with reinforcing materials (such as rebar) embedded to provide tensile strength, yielding reinforced concrete.Famous concrete structures include the Hoover Dam, the Panama Canal and the Roman Pantheon. The earliest large-scale users of concrete technology were the ancient Romans, and concrete was widely used in the Roman Empire. The Colosseum in Rome was built largely of concrete, and the concrete dome of the Pantheon is the world's largest unreinforced concrete dome. Today, large concrete structures (for example, dams and multi-storey car parks) are usually made with reinforced concrete.After the Roman Empire collapsed, use of concrete became rare until the technology was redeveloped in the mid-18th century. Today, concrete is the most widely used man-made material (measured by tonnage).