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Tensile architecture: Where substance meets style

Construction Specifier

Photos courtesy Huntsman By David Peragallo Tensile architecture, also known as tensile structures or fabric architecture, is becoming a popular choice for applications such as stadiums, airport hubs, train and bus stations, exhibition halls, event pavilions, and temporary structures such as festival tents.

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Style meets substance in the design and materiality of tensile architecture

Construction Specifier

Photos courtesy Huntsman By David Peragallo Tensile architecture, also known as tensile structures or fabric architecture, is becoming a popular choice for applications such as stadiums, airport hubs, train and bus stations, exhibition halls, event pavilions, and temporary structures such as festival tents.

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Some useful tips on reinforced concrete design

Construction Cost Estimating

While designing the reinforced concrete members, it is necessary to check the steel reinforcement in jobsite prior to arrange concrete. Besides, ensure the concrete foundations, beams, columns, etc. Often, it is observed that steel beam stirrups employed in reinforced concrete design, are not installed properly.

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AEC Collection Workflows: Dynamo for Structure

BIM & Beam

The visual programming interface of Dynamo for Revit is enabling structural engineers with the tools to build structural models with minimal energy and make their own structural design tools. Within Dynamo structural engineers can automate processes in Revit, and build complex and logic structures with minimal energy.

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COMMON STRUCTURAL FAILURE CAUSES

The Constructor

The most common causes of structural failures are: (1) Poor communication between the various design professionals involved, e.g. engineers involved in conceptual design and those involved in the supervision of execution of works. (2) 2) poor communication between the fabricators and erectors. (3)

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DEFLECTIONS IN DETERMINATE TRUSSES

The Constructor

The displacement can be computed as ……………. (1) In such cases, applying the principle of virtual work, ………………….2(a) 2(a) Where, = change in length of member k, = change in thermal expansion of member K = change in temperature.

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Rebar Projects in Revit

BIM & Beam

The visual capability of Revit, coupled with the ability to design reinforced concrete in 3D, allows users to gain more insight into the design during the project than would otherwise have been the case. They offer a full range of civil engineering and design services.

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