Need Help To Design The Girts And Footing 2839756

Need help to design the girts and footing………………. Document Preview:

Gymnasium Project Engineering Project 2 Portal Frame Design 1. INSTRUCTIONS: 1.1 Beam Design (due end of Week 7) You need to do one design (one beam frame) of a Gymnasium to AS4100 “Australian Steel Design Code” as per the following dimensions and shown 3D drawings. Each group has different dimensions. The gym could be made of one or two halls and has a sloping roof as shown with roof decking and insulation. It is required to design all the members and connections and suitable foundations as per the given soil properties. Computer program Space Gass or Multiframe can be used for the analysis and design. See Table on Page 5 for dimensions. You may like to download the student version, see page 11. L H B Fig. 1. Design 2a-Beam Design single span (B20m use 2-spans. Note, H is the clear height at the eave joint 11.2 Truss Design (due end of Week 12) In group of 4 students (Max), You need to do one design (one truss) of a Gymnasium to AS4100 “Australian Steel Design Code” as per the following dimensions and shown 3D drawings. Each group has different dimensions. The gym could be made of one or two halls and has a sloping roof as shown with roof decking and insulation. It is required to design all the members and connections and suitable foundations as per the given soil properties. Computer program Space Gass or Multiframe can be used for the analysis and design. You may like to download the student version, see page 11. Important note. Once the group has selected a particular design, ie. One span or 2-spans, it must be followed for both Beam and Truss designs so it will be a fair comparison in the cost analysis of the 2 designs. H L1 B Fig. 2. Truss Design 2a- One Span Structural System for Total Span B

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