Lesson 10 of 14 • 1 upvotes • 13:37mins
GATE (Mechanical) : To find out the slope and deflection for a fixed beam which is subjected to point load at intermediate point we will use double integration method. We will find out the slope and deflection at different points like at mid point, intermediate point and point of maximum deflection.
14 lessons • 3h 20m
GATE (Mechanical) : Fixed Beam - Course Overview (in Hindi)
14:41mins
GATE (Mechanical) : Fixed Beam - Introduction (in Hindi)
15:00mins
GATE (Mechanical) : Fixed Beam - Area Moment Method (in Hindi)
14:58mins
GATE (Mechanical) : Fixed Beam - Fixed Beam With Uniformly Distributed Load(in Hindi)
14:56mins
GATE (Mechanical) : Fixed Beam - Fixed Beam With Point Load at Centre (in Hindi )
14:53mins
GATE (Mechanical) : Fixed Beam With Eccentric Point Load (in Hindi)
14:47mins
GATE (Mechanical) : Fixed Beam With Eccentric Point Load- Numerical (in Hindi)
14:43mins
GATE (Mechanical) : Fixed Beam With Couple at Intermediate Point (Numerical) - (in Hindi)
14:57mins
GATE (Mechanical) : Fixed Beam - Double Integration Method (in Hindi)
13:21mins
GATE (Mechanical) : Fixed Beam With Eccentric Point Load (Double Integration Method) - in Hindi
13:37mins
GATE (Mechanical):Fixed Beam With UDL Over Part Length From End(Method of Superposition)-(in Hindi)
12:41mins
GATE (Mechanical) : Fixed Beam With Triangular Loading (Method of Superposition) (In Hindi)
13:16mins
GATE (Mechanical) : Fixed Beam With Triangular Loading and Couple - Numerical (in Hindi)
14:33mins
GATE (Mechanical) : Effect of Rotation at Support on Partially Fixed Beam (in Hindi)
14:05mins