Question

Find the deformation at the hinge node. Known $E$, and $I$ are Young's modulus and second moment of inertial. $w$ $L/2$ $L/2$ 1 3 2 hinge Note: Please show your intermediate steps to solve the problem.

Name: find the deformation at the hinge node known e and i are youngs modulus and second moment of inertial w l2 l2 1 3 2 hinge note please show your intermediate steps to solve the problem 10486
Uploaded: 2021-08-03T21:27:30-08:00
Duration: 3 min 54 s
Channel: Chai Santi
Description: find the deformation at the hinge node known e and i are youngs modulus and second moment of inertial w l2 l2 1 3 2 hinge note please show your intermediate steps to solve the problem 10486

          Find the deformation at the hinge node. Known $E$, and $I$ are Young's modulus and second moment of inertial.
$w$
$L/2$
$L/2$
1
3
2
hinge
Note: Please show your intermediate steps to solve the problem.

find the deformation at the hinge node known e and i are youngs modulus and second moment of inertial w l2 l2 1 3 2 hinge note please show your intermediate steps to solve the problem 10486

Added by James H.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Chai Santi

08/03/2021

Step 1

The beam is fixed at both ends (nodes 1 and 3) and has a hinge at the center (node 2). A triangular distributed load is applied over the entire length of the beam, with the maximum intensity $w$ at the hinge node. We are given Young's modulus $E$ and the second Show more…

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Find the deformation at the hinge node. Known $E$, and $I$ are Young's modulus and second moment of inertial. $w$ $L/2$ $L/2$ 1 3 2 hinge Note: Please show your intermediate steps to solve the problem.