It’s a simple process to truss design in Staad pro. Hope, after watching these two videos about truss design in Staad pro, You will be able to do this on your own. Watch both parts of the video and hope you will learn how to design a truss using Staad Pro software. Finally applying the wind load I have shown how to analyze and design as per AISC ASD code. Studying thoroughly my excel sheet you can learn how to calculate the wind load provided below.
I have used here UBC code for wind load calculation.
You have to calculated wind load as per your local code. In the 2nd part of this video, you will learn how to assign wind load as per my excel sheet calculation. A Square or rectangular hollow box can be used to design the truss as per requirement in different situations. But the angle is the most used section for traditional truss design. Depending on the load and span of the truss it might require a double angle or any other shape of the member. Here I have used a single angle as a member. You only have to do the wind load calculation manually as per your local code then apply that force on the truss then design. This is a practical problem, I have tried how to optimize and finalize the size of truss member with the use of structural analysis and design software. Staad pro software has been used to complete the analysis and design of the truss with this video tutorial. It is possible to design using various software. Trusses are usually simply supported having one end hinge and other end roller support. It assumes that all the member connections are hinge.
Usually used in bridge design and large span roof construction. Formed in the triangulated shape of members and the members can take only axial force either tension or compression. The truss is a kind of structure used in the case of the long span where needs huge clear space inside the building.
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