Fundamental Structural AnalysisA guide to both classical and matrix methods of structural analysis which attempts to assist the reader to understand efficient computer solutions, but also emphasizes the importance of understanding the principles behind these methods and of recognizing when a classical method is more appropriate. |
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Contents
Basic Concepts of the Stiffness Method | 3 |
Further Reading | 12 |
3 | 21 |
Copyright | |
31 other sections not shown
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Common terms and phrases
2EI 6EI 6EI 2EI approximate analysis axial force beam element stiffness beam of figure behaviour bending moment diagram boundary conditions calculated CALL TRAP MESAGE chapter considered d₁ d₂ defined deflected shape degrees of freedom displacement vector distribution DOUBLE PRECISION EA EA element actions element stiffness matrix equilibrium equations example expressed f₁ fixed end actions fixed end moments flexibility method force system frame of figure free body diagram global axes indeterminate internal actions internal virtual introduced kN/m kN/mm² L2 L L2 L³ L2 linear elastic load vector M₁ M₂ MATNAM MATOP matrix stiffness method mm² nodal loads P₁ pin connection points of inflection primary structure principle of virtual problem Q force reactions relationship restraints rigid body rotation shown in figure sign convention solution statically determinate structural analysis structure stiffness matrix SUBROUTINE sway technique truss truss element virtual displacements virtual forces zero ΕΙ Σ Ε
References to this book
Basic Engineering Plasticity: An Introduction with Engineering and ... David Rees Limited preview - 2012 |