Structural Analysis 5th Edition
Structural Analysis 5th Edition
Structural and Stress Analysis, Second Edition
Structural and Stress Analysis, Second Edition
Structural Analysis Books
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Structural Analysis 5th Edition |
Structural and Stress Analysis, Second Edition |
Formulas for Stress, Strain, and Structural Matrices |
Roark's Formulas for Stress and Strain |
Structural and Stress Analysis | Wind Loading of Structures |
Formulas for Structural Dynamics: Tables, Graphs, Solutions |
Dynamic Loading and Design of Structures |
Peterson's Stress Concentration Factors |
Modern Experimental Stress Analysis |
Design of Seismic Isolated Structures: From Theory to Practice |
Vibration of Solids and Structures Under Moving Loads |
Civil Engineering Design and Construct |
Passive and Active Structural Vibration Control in Civil Engineering |
| Descripsion |
| Study of matrices, stiffness and flexibility for structural analysis, matrix structural analysis ,stiffness matrices for different structural members (plane and space),overall stiffness equation for the structure, boundary conditions, calculation of internal forces in the members, effect of yielding of supports and temperature changes, Influence lines. Grid systems. Use of computer for analyzing structures by the stiffness method . Use of software packages for structural analysis .Introduction to dynamics of structures, Direct and indirect aspects, Indirect models (displacement models) Influence line diagrams for deflection, Influence line diagrams for stress resultant, Scale factors, Practical applications of the indirect method, Experimental procedure in the indirect method, Direct method of model analysis, Applications, Influence surfaces for deformations and internal forces, Approximate methods for analysis of statically indeterminate structures, Reasons for performing approximate analysis, Assumptions, Approximate analysis for industrial buildings, Approximate analysis for double diagonals trusses, Continuous beams under gravity loads, Building frames subjected to lateral loads, Portal frame method, Cantilever method, Vierendeel trusses, Approximate methods of shell analysis, Choice of method and inaccuracies of approximate methods. Plastic analysis of beams and frames, Definitions, Material behaviour, Assumptions, Theories of plastic analysis, Applications on beams and frames, Effect of normal forces, Analysis of plane frames, Grillages and space trusses using the stiffness method, Degrees of freedom and sign convention, Element stiffness matrix in element local axes, Transformation matrix for forces and displacements in global axes, Equilibrium equations in global axes, Internal forces in members of the structure, Influence of temperature change and settlement of supports, Effect of axial force on the stiffness of structures [P-delta effect], Stability functions and equations of stability, Buckling of trusses and frames, Applications, Structural dynamicS, Definitions, Classification of structural systems, Free vibration of SDOF systems, Undamped vibration, Damped vibration, Forced vibration of SDOF systems, Response to constant and harmonic forces, Response to general type of forces (using duhamel integration). |
