ASDIP STEEL is a structural software for the design of steel members, such as base plates, columns, steel / composite beams, shear connections, and moment connections. Now ASDIP STEEL complies with the Canadian steel code CSA S16-19. Following is a brief discussion of the implementation of this new feature in the software.Start your ASDIP STEEL

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ASDIP FOUNDATION is a structural engineering software for design of footing members. It includes the generation of a Footing Schedule based on the information on all the footings in a building, and the exporting of this schedule to Excel. This post is a brief overview of how these new features work, and how to use them to

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ASDIP RETAIN is a structural software that includes the design of cantilever, basement, counterfort retaining walls, in addition to sheet piling. Now ASDIP RETAIN complies with the Canadian concrete code CSA A23.3-19. Following is a brief discussion of the implementation of this new feature in the software.Click here to start ASDIP RETAIN free 15-day trial.ASDIP

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ASDIP CONCRETE is a structural engineering software for the design of concrete members, such as continuous beams. It includes a great feature, the Beam Design Manager. This post is a brief overview of how this feature works, and how to use it to complete the design in less time and boost your productivity.Start your ASDIP CONCRETE free 15-day

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ASDIP STEEL is a structural engineering software for the design of structural steel members. It includes the design of composite beams based on the AISC provisions. This document is a step-by-step composite beam design example using ASDIP STEEL.- Click here to download ASDIP STEEL free 15-day trial.Composite beam design exampleAs an example, consider the 35-ft beam

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ASDIP STEEL is a structural engineering software for design of steel members and connections. It includes the design of beam to column web shear connections based on the AISC provisions.The design of shear connections may become time-consuming, since it involves the checking of multiple limit states, design provisions, and geometric constraints. This document is a

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