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Theory of Beam Columns Volume 2 Space Behavior and Design 1st Edition by Wai Fah Chen, Toshio Atsuta ISBN 1932159770 9781932159776

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Theory of Beam Columns Volume 2 Space Behavior and Design J Ross Publishing Classics Wai-Fah Chen Digital Instant Download

Author(s): Wai-Fah Chen, Toshio Atsuta
ISBN(s): 9781932159776, 1932159770
Edition: Illustrated
File Details: PDF, 81.66 MB
Year: 2007
Language: english
SKU: EB-34823042 Category: Tags: ,

Theory of Beam Columns Volume 2 Space Behavior and Design 1st Edition by Wai-Fah Chen, Toshio Atsuta – Ebook PDF Instant Download/Delivery: 1932159770, 9781932159776

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Product details:

ISBN 10: 1932159770

ISBN 13: 9781932159776 

Author: Wai-Fah Chen, Toshio Atsuta

This second volume of a two-volume work discusses systematically the complete theory of space beam-columns. It presents principles and methods of analysis for beam-columns in space which should be the basis for structural design and shows how these theories are applied for the solution of practical design problems. 

Table of contents:

  1. Beam-Column Under Biaxial Loading

  2. Basic Concepts

  3. General Approach

  4. Historical Developments

  5. Organization of the Book

  6. Review of Bending and Torsion

  7. Biaxial Bending of Beams

  8. Uniform Torsion

  9. Nonuniform Torsion

  10. Differential Equation of Torsion

  11. Differential Equations of Beam-Columns

  12. Lateral Buckling of Beams and Beam-Columns

  13. Elastic Simply Supported Beams

  14. Elastic Cantilevers

  15. Elastic Restrained Beams

  16. Plastic Steel Beams

  17. Design Criteria for Steel Beams

  18. Continuous Beams

  19. Elastic Beam-Columns

  20. Plastic Steel Beam-Columns

  21. Design Criteria for Steel Beam-Columns

  22. Direct Stiffness Analysis of Elastic Lateral Buckling

  23. Analysis of Elastic Beam-Columns

  24. Beam-Column with Equal End Eccentricities – Exact Approach

  25. Beam-Column with Equal End Eccentricities – Approximate Approach

  26. Beam-Columns with Unequal End Eccentricities

  27. Beam-Columns with Initial Imperfections

  28. Finite Deformation of Biaxially Loaded Beam-Columns

  29. Strength of Beam-Column Segments

  30. Approximate Method of Analysis

  31. Exact Method for Symmetric Section

  32. Exact Method for General Section

  33. Interaction Curves for Structural Steel Sections

  34. Interaction Relations for Wide-Flange Sections

  35. Interaction Relations for Reinforced Concrete Sections

  36. Behavior of Beam-Column Segments

  37. Generalized Stress-Strain Relationships

  38. Tangent Stiffness Approach

  39. Response of Segment to Cyclic Loading

  40. Subsequent Yield Surfaces

  41. Function Fitting of Generalized Stress-Strain Curves

  42. Behavior of Fabricated Tubular Steel Segments

  43. Behavior of Reinforced Concrete Sections

  44. Approximate Deflection Method for Plastic Beam-Columns

  45. Basic Equations

  46. Tangent Stiffness Approach for Symmetric Loading

  47. Beam-Column with Unequal End Eccentricities

  48. Ultimate Strength Analyses

  49. Averaged Flow Moments for Unsymmetric Loading

  50. Influence Coefficient Method for Plastic Beam-Columns

  51. Beam-Column of Closed or Solid Cross Section

  52. Beam-Column of Open Cross Section

  53. Numerical Integration Method for Plastic Beam-Columns

  54. Ultimate Strength of Beam-Column of Closed Section

  55. Ultimate Strength of Beam-Column of Open Section

  56. Lateral Torsional Buckling of Beam-Columns

  57. Finite Difference Method for Plastic Beam-Columns

  58. Finite Differences

  59. Scope

  60. Theory

  61. Numerical Technique

  62. Numerical Examples

  63. Finite Segment Method for Plastic Beam-Columns

  64. Elastic-Plastic Section Properties

  65. Segment Stiffness Matrix

  66. Rotation Matrix and Master Stiffness Matrix

  67. Tangent Stiffness Approach for Numerical Solutions

  68. Finite Element Method for Plastic Beam-Columns

  69. Formulation of Basic Equilibrium Equations

  70. Generalized Stress-Strain Relationships

  71. Finite Element Model for Elastic Response

  72. Elastic Buckling of Columns

  73. Elastic Stability of Beam-Columns

  74. Finite Element Model for Plastic Response

  75. Plastic Buckling of Columns

  76. Plastic Stability of Beam-Columns

  77. Coupled Local and Member Buckling

  78. Design of Biaxially Loaded Beam-Columns

  79. Short Beam-Columns

  80. Long Beam-Columns Under Symmetric Loading

  81. Long Beam-Columns Under Unsymmetric Loading

  82. Method of K Coefficients

  83. Design Examples

  84. Tests on Biaxially Loaded Steel Wide-Flange Beam-Columns

  85. Reinforced Concrete Columns Under Biaxial Loading

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Tags: Wai Fah Chen, Toshio Atsuta, Theory, Beam Columns, Volume 2, Space Behavior, Design