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Draw the influence line for (internal) bending moment MA. Enter the magnitude of your influence line when the load is at B 7/13 and G -27/14. G В C D E F A Hinge Hinge 6 m- -3 m→-4 m→ 3 m -4 m- -3 m-

Draw the influence line for (internal) bending moment MA. Enter the magnitude of your influence line when the load is at B 7/13 and G -27/14. G В C D E F A Hinge Hinge 6 m- -3 m→-4 m→ 3 m -4 m- -3 m-

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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**Problem Statement:** Draw the influence line for the (internal) bending moment \( M_A \). Enter the magnitude of your influence line when the load is at \( B \) \( \frac{7}{13} \) and \( G \) \(-\frac{27}{14}\). **Diagram Details:** - **Beam Structure:** A simply supported beam is depicted. - **Supports and Hinges:** - **A:** Fixed support at the left end. - **B and E:** Hinges located at 6 meters from A and 16 meters from A, respectively. - **D and F:** Roller supports located at 10 meters from A and 20 meters from A, respectively. - **Distances Between Points:** - **A to B:** 6 meters - **B to C:** 3 meters - **C to D:** 4 meters - **D to E:** 3 meters - **E to F:** 4 meters - **F to G:** 3 meters This setup is intended for the calculation of an influence line for the internal bending moment \( M_A \) at various positions along the beam. The task specifically requires determining the magnitude of this influence line when loads are positioned at \( B \) and \( G \), with respective coefficients provided. The positions described by \( B \frac{7}{13} \) and \( G -\frac{27}{14} \) likely represent specific calculations or conditions to be explored for educational purposes.
Transcribed Image Text:**Problem Statement:** Draw the influence line for the (internal) bending moment \( M_A \). Enter the magnitude of your influence line when the load is at \( B \) \( \frac{7}{13} \) and \( G \) \(-\frac{27}{14}\). **Diagram Details:** - **Beam Structure:** A simply supported beam is depicted. - **Supports and Hinges:** - **A:** Fixed support at the left end. - **B and E:** Hinges located at 6 meters from A and 16 meters from A, respectively. - **D and F:** Roller supports located at 10 meters from A and 20 meters from A, respectively. - **Distances Between Points:** - **A to B:** 6 meters - **B to C:** 3 meters - **C to D:** 4 meters - **D to E:** 3 meters - **E to F:** 4 meters - **F to G:** 3 meters This setup is intended for the calculation of an influence line for the internal bending moment \( M_A \) at various positions along the beam. The task specifically requires determining the magnitude of this influence line when loads are positioned at \( B \) and \( G \), with respective coefficients provided. The positions described by \( B \frac{7}{13} \) and \( G -\frac{27}{14} \) likely represent specific calculations or conditions to be explored for educational purposes.
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