Please Login To Continue
GATE (Mechanical) : Fixed Beam - Double Integration Method for Deflection
Lesson 9 of 14 • 2 upvotes • 14:20mins
Krishna Verma
GATE (Mechanical) : Double Integration Method for fixed beam to find out the deflection if the beam is subjected to different types of loads at different points.
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
Crack GATE - Iconic Pro with Unacademy
Get subscription and access unlimited live and recorded courses from India's best educators
Structured syllabus
Daily live classes
Ask doubts
