Theory of structures - I
By: Pandit, G. S
.
Contributor(s): Gupta, S. P | Gupta, Rajesh.
Publisher: Chennai McGraw Hill Education 1999Edition: 1st.Description: xii, 679p. | Binding - Paperback | 23*15 cm.ISBN: 9780074634936.Subject(s): Civil EngineeringDDC classification: 624.17 Summary: Emphasises the conceptual understanding of the subject; Lucid presentation of theorems, hypotheses, formulae and working equations; Graphical representation of forces, displacements and their relationships using coordinates; Indepth coverage of important topics such as slope and deflection of beams, consistent deformation, displacement method, moment distribution method, columns and struts; 307 well graded solved examples, and plenty of unsolved problems with answers; Profusely illustrated with over 500 diagrams to support the theory.
1. Basic Concepts
2. Work and Energy Principles
3. Slope and Deflection of Beams
4. Displacements of Plane Frames
5. Force Method - Consistent Deformation
6. Displacement Method - Slope Deflection Equations
7. Symmetry Concepts
8. Column Analogy
9. Moment Distribution Method
10. Columns and Struts
| Item type | Current location | Collection | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|
Text Books
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School of Engineering & Technology Reference Section | Reference | 624.17 PAN/GUP (Browse shelf) | Not For Loan | E14864 | ||
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Text Books
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School of Engineering & Technology General Stacks | Circulation | 624.17 PAN/GUP (Browse shelf) | Available | E14865 | ||
|
Text Books
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School of Engineering & Technology General Stacks | Circulation | 624.17 PAN/GUP (Browse shelf) | Available | E14866 | ||
|
Text Books
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School of Engineering & Technology General Stacks | Circulation | 624.17 PAN/GUP (Browse shelf) | Available | E14867 | ||
|
Text Books
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School of Engineering & Technology General Stacks | Circulation | 624.17 PAN/GUP (Browse shelf) | Available | E14868 |
Emphasises the conceptual understanding of the subject; Lucid presentation of theorems, hypotheses, formulae and working equations; Graphical representation of forces, displacements and their relationships using coordinates; Indepth coverage of important topics such as slope and deflection of beams, consistent deformation, displacement method, moment distribution method, columns and struts; 307 well graded solved examples, and plenty of unsolved problems with answers; Profusely illustrated with over 500 diagrams to support the theory.
1. Basic Concepts
2. Work and Energy Principles
3. Slope and Deflection of Beams
4. Displacements of Plane Frames
5. Force Method - Consistent Deformation
6. Displacement Method - Slope Deflection Equations
7. Symmetry Concepts
8. Column Analogy
9. Moment Distribution Method
10. Columns and Struts
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