Civil02 sheet-04[2012]
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The document provides instructions for an engineering exercise using the virtual work method to determine slope angles and deflections for various structures. Students are asked to calculate values like rotation, displacement, and deflection at specific points on beams with given flexural rigidities and loads. The exercises involve beams with different support conditions and loads.
Civil02 sheet-04[2012]
- 1. Zagazig University Faculty of Engineering Structural Analysis II Exercise No. 4 (Deflections) Dept. of Structural Engineering Virtual Work Method For the shown Structures, determine the Slope angle and deflection values as mentioned using the Virtual Work Method due to given load 4.1. Rotation at Point B Vertical Deflection at d Relative rotation at d Draw Elastic Curve 4.2. Rotation at Point C Horizontal Deflection at B Vertical Deflection at D Relative Movement Between B and C EI = 10000 t.m2. 4.3. Rotation at D Horizontal Displacement at B Vertical Deflection at G EI = 12000 t.m2 4.4. Rotation at Point D Vertical Deflection at E 4.5. Horizontal Displacement at D Vertical Displacement at E Rotation at point C EI = 10000 t.m2. 4.5. Vertical Deflection at C Horizontal Deflection at D Draw the Elastic Curve EI = 9000 t.m2. . Page : 1 / 1