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GATE (Mechanical) : Fixed Beam With Eccentric Point Load (Double Integration Method)
Lesson 10 of 14 • 0 upvotes • 13:23mins
Krishna Verma
GATE (Mechanical ) : To find out the slope and deflection at a fixed beam with point load at intermediate point we will use double integration method. We will find out the slope and deflection at different point like maximum deflection point and deflection at mid point.
GATE (Mechanical) : Fixed Beam ( Important Topics and Numerical)
14 lessons • 3h 16m
1
GATE (Mechanical) : Fixed Beam (Course Overview)
14:09mins
2
GATE (Mechanical ) : Fixed Beam - Introduction
14:51mins
3
GATE (Mechanical) : Fixed Beam - Area Moment Method
13:31mins
4
GATE (Mechanical) : Fixed Beam - Fixed Beam With Uniformly Distributed Load
13:40mins
5
GATE (Mechanical) : Fixed Beam - Fixed Beam With Point Load at Centre
14:02mins
6
GATE (Mechanical) : Fixed Beam With Eccentric Point Load
14:49mins
7
GATE (Mechanical) : Fixed Beam With Eccentric Point Load - Numerical
14:03mins
8
GATE (Mechanical) : Fixed Beam With Couple at Intermediate Point (Numerical)
14:50mins
9
GATE (Mechanical) : Fixed Beam - Double Integration Method for Deflection
14:20mins
10
GATE (Mechanical) : Fixed Beam With Eccentric Point Load (Double Integration Method)
13:23mins
11
GATE (Mechanical) : Fixed Beam With UDL Over Part Length From One End (Method of Superposition)
12:08mins
12
GATE (Mechanical) : Fixed Beam With Traingular Loading (Method of Superposition)
13:26mins
13
GATE (Mechanical) : Fixed Beam With Triangular Loading - Numerical
14:46mins
14
GATE (Mechanical) : Effect of Rotation at Support on Partially Fixed Beam
14:13mins
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