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Kenneth Clark, P.E., M.ASCE


Contributions

1 to 5 of 5 total
Posted By Kenneth Clark 10-30-2019 07:46 AM
Found In Egroup: Integrated Buildings & Structures
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I concur 100% with Chad's comment. ------------------------------ Kenneth Clark P.E., M.ASCE Civil Engineer Oklahoma City OK ------------------------------
Posted By Kenneth Clark 02-24-2019 09:40 AM
Found In Egroup: Integrated Buildings & Structures
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Achwin, In general, you need to design a column to resist all of the loads imposed on the column. Pipe and tube columns are generally the strongest to resist compressive axial loads and resist moments in the x and y axis, however, beam connections are difficult to frame into the columns and corrosion ...
Posted By Kenneth Clark 12-04-2018 12:12 PM
Found In Egroup: Integrated Buildings & Structures
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NFPA 1 National Fire Protection Standards covers requirements for fire resistance requirements for buildings and structures. This code like other codes is updated every three years. Requirements in this code are based on the use of and occupancy level of the building. The code is written to insure that ...
Posted By Kenneth Clark 08-21-2017 11:30 AM
Found In Egroup: Integrated Buildings & Structures
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I agree with Conrad that the solution for each retrofitting project is unique. Some additional things that may need to be reviewed are: Time restraints for the work. The economic cost of the work to the owner. The temperature of the object being supported. The customer's operations. ...
Posted By Kenneth Clark 06-21-2017 09:38 AM
Found In Egroup: Integrated Buildings & Structures
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Your question is not clear. To better answer your question we need to know if the beams your discussing are steel or concrete. For steel beams a drop beam is normally fully below the slab and carries the load from the slab by several mechanisms. An embedded steel beam can serve several purposes. ...