Structural AnalysisThis text presents an introduction to the classical principles and methods of structural analysis and an understanding of structural behaviour appreciating the impact of the computer revolution. A PC diskette containing a customized version of a professional computer program called IMAGES-2D accompanies the text, primarily as a means of verifying classical method solutions. Emphasizing the fact that the end result of a safe, functional design is achieved by the engineer who has a firm grasp of the classical principles of structural behaviour, the text presents structural analysis as a link to efficient design. |
Common terms and phrases
15 kips 20 kips applied loads axial force beam structure bending bending moment bridge cantilever Celestial Software column concentrated load conjugate beam continuous beam contraflexure defined deflection deformations determine diagonal diagram displacement distributed load elastic curve engineering Example factor Figure fixed-end frame ft 10 ft ft 5 ft geometry girder global H₁ hinge horizontal IMAGES-2D inē influence line kip ft kips 10 ft kips 10 kips kips 20 linear elastic live loads M/EI M₁ maximum member forces Menu method midspan nodal P₁ positive primary structure Prob R₁ reaction components roller rotation shown in Fig sidesway sign convention simple beam slope slope-deflection solution statically indeterminate stiffness matrix structural analysis support reactions symmetric theorem tion truss member U.S. Customary Units U₁ U₂ unit load unknown V₁ vertical virtual X₁ Y₁ Y₂ zero ΕΙ ΣΜ