For the given problem, the intensity of the distributed load varies linearly from 0 to Wo = 14kN/m.Find:The equation of the elastic curve for Mx at any distance x from the left support.b. Location of the maximum deflection and the value of the maximum deflection in terms of El.Express answer in terms of El.A6mFIG. P6.9Wo=14kN/mB·X

To find a. Equation of elastic curve. b. Location of maximum deflection and maximum deflection.

For the given problem, the intensity of the distributed load varies linearly from 0 to Wo = 14kN/m. Find: b. The equation of the elastic curve for Mx at any distance x from the left support. Location of the maximum deflection and the value of the maximum deflection in terms of El. Express answer in terms of El. A 6m FIG.P6.9 Wo=14kN/m B X

For the given problem, the intensity of the distributed load varies linearly from 0 to Wo = 14kN/m. Find: b. The equation of the elastic curve for Mx at any distance x from the left support. Location of the maximum deflection and the value of the maximum deflection in terms of El. Express answer in terms of El. A 6m FIG.P6.9 Wo=14kN/m B X

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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Question

For the given problem, the intensity of the distributed load varies linearly from 0 to Wo = 14kN/m.
Find:
The equation of the elastic curve for Mx at any distance x from the left support.
b. Location of the maximum deflection and the value of the maximum deflection in terms of El.
Express answer in terms of El.
A
6m
FIG. P6.9
Wo=14kN/m
B
·X

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