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Contents:Introduction, 1.Deflection of Determinate Structures, 2.Slope Deflection Method, 3.Moment Distribution Method, 4.Matrix Flexibility Method, 5.Matrix Stiffness Method, 6.Model Analysis, 7.Strain Energy Method, 8.Kani's Method.
Contents:1.Rolling Loads 2.Influence Lines 3.Influence Lines for Indeterminate Structures 4.Arches 5.Cables and Suspension Bridges 6.Beams Curved in Plan 7.Space Trusses 8.Plastic Analysis of Structures 9.Redundant Frames 10.Rapid and Approximate Analysis of Building Frames 11.Introduction to Finite Element Method.
Contents:0.Introduction, 1.Deflection of Determinate Structures, 2.Slope Deflection Method, 3.Moment Distribution Method, 4.Matrix Flexibility Method, 5.Matrix Stiffness Method, 6.Model Analysis, 7.Strain Energy Method, 8.Kani's Method.
Contents:1.Rolling Loads, 2.Influence Lines, 3.Influence Lines for Indeterminate Structures, 4.Arches, 5.Cables and Suspension Bridges, 6.Beams Curved in Plan, 7.Space Trusses, 8.Plastic Analysis of Structures, 9.Redundant Frames, 10.Rapid and Approximate Analysis of Building Frames, 11. Introduction to Finite Element Method.
Contents:1.Classification and Behaviour of Structures; 2.State and Kinematics Indeterminacies of Structures; 3.General Theorems and Strain Energy Method; 4.Slope-Deflection Method; 5.Moment Distribution Method and Naylor's Method; 6.Deflection of Determinate Structures; 7.Matrix Flexibility Method; 8.Matrix Stiffness Method; 9.Rolling Loads; 10.Influence Lines for Statically Determinate Structures-Beams and Trusses; 11.Influence Lines for Indeterminate ...