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Rational design methods for short-span suspension bridges for modern highway loadings
Theoretical mathematical discussion of design of highway bridges of spans ranging from 350 to 600 ft, with special reference to sine series method and approximate of "elastic theory" of design; influence of flexibility in stiffening frame; effect of load point displacements; temperature stresses by exact and approximate theories; design procedure.
Rational design methods for short-span suspension bridges for modern highway loadings
Theoretical mathematical discussion of design of highway bridges of spans ranging from 350 to 600 ft, with special reference to sine series method and approximate of "elastic theory" of design; influence of flexibility in stiffening frame; effect of load point displacements; temperature stresses by exact and approximate theories; design procedure.
Rational design methods for short-span suspension bridges for modern highway loadings
Oregon. State Highway Commission -- Tech Bul
McCullough, C.B. (author) / Paxson, G.S. (author) / Smith, D.R. (author)
1940
205 pages
Report
English
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