Discussion: View Thread

  • 1.  Tubular Truss

    Posted 01-31-2017 11:32 AM
    Edited by Veronique Nguyen 01-31-2017 11:31 AM
    Hello every body,
    I live and work in Nepal and presently am involved in design and construction of industrial and storage buildings. I need help in designing tubular trusses spanning 100' to 150' wide buildings. The design should include wind loads with seismic considerations. If someone could suggest appropriate book on designing steel structures?

    ------------------------------
    Peter Singh M.ASCE
    Managing Director
    Kingdom Designers
    Birganj

    ------------------------------


  • 2.  RE: Tubular Truss

    Posted 02-03-2017 09:10 AM
    AISC just started Night School 13 "Design of Industrial Buildings".  I sure you would get some useful information.  You may also find what you're looking for in AISC Steel Design Guide 3 "Serviceability Design Considerations for Steel Buildings" or AISC Steel Design Guide 7 "Industrial Buildings Roofs to Anchor Rods".

    ------------------------------
    Ronald Knott M.ASCE
    Principal Engr
    Jensen Hughes
    Fuquay Varina NC
    (919)417-1962
    ------------------------------



  • 3.  RE: Tubular Truss

    Posted 02-10-2017 09:59 AM
    There are two aspects to the design of industrial structures involving framing. One is the material aspect and in this particular discussion we are focused on steel. The other is the tools available for analysis, like the "method of sections" or "Bows Notation" (Robert Henry Bow 1883), which might suggest, on occasions, the use of materials other than steel. In considering the material and sizing of members, the type of section bring used is also significant - circular for example has the best buckling performance while rectangular might be a better match with the construction method. To arrive at a resolved solution, the guidance provided by ASCE and the night school course referred to in this discussion, would be a great basis for achieving what Mr Bow used to refer to as an "economic" solution that is correctly sized and uses appropriate materials.

    ------------------------------
    Tim Clark, FRAS, R.A., M.ASCE,
    President Emeritus RIBA-USA,
    Deutsche Bahn Engineering,
    Bavaria, Germany.
    ------------------------------