FYI, ICC has some books on special discounted price that may be of your interest.
i.e.
http://www.iccsafe.org/e/prodshow.html?pro...kCknxIzb2008|13
i.e.
http://www.iccsafe.org/e/prodshow.html?pro...kCknxIzb2008|13
I would think that the principles are the same. Codes will change forever, but the methods will be similar.However, most of them are based on old code such as UBC1997, IBC2000 and IBC2003.
Can you (or anyone else for that matter) recommend a good book out of the sale?I would think that the principles are the same. Codes will change forever, but the methods will be similar.
CaseyCan you (or anyone else for that matter) recommend a good book out of the sale?
I'd be more interested in a book that has good examples show casing structural analysis (i.e. load application and distribution throughout a structure) than one that shows you how to use the code once you have already figured out your load/force values.
I ended up getting the followingCaseyThis may be what you are looking for: Loads and Load Paths in Buildings: Principles of Structural Design by Narendra Taly but unfortuantely it is based on the old codes.
I use a book titled "Tubular Steel Structures - Theory and Design" by M.S. Troitsky, published by The James F. Lincoln Arc Welding Foundation. It is not much code related but has in-depth theories and analysis/design examples in a variety of industrial applications - ducts, stacks, tanks and bins, etc. The Blodgett book from the same publisher is also a good reference; perhaps most of us here already have this popular one.Can you (or anyone else for that matter) recommend a good book out of the sale?
I'd be more interested in a book that has good examples show casing structural analysis (i.e. load application and distribution throughout a structure) than one that shows you how to use the code once you have already figured out your load/force values.
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