Lesson 12 of 15 • 1 upvotes • 14:49mins

GATE (Mechanical) : Numerical of Hydrostatic forces on inclined surface. This numerical is about an inclined rectangular gwtr which is immersed in water and we will apply concepts of hydrostatic forces to find out the depth of water at which the gate start falling.
15 lessons • 3h 23m
GATE (Mechanical) : Complete Description of Hydrostatic Forces on Surfaces
14:59mins
GATE (Mechanical) : Introduction of Total Pressure and Centre of Pressure
14:43mins
GATE ( Mechanical) : Concepts of Centre of Pressure for Vertical Surface
13:57mins
GATE (Mechanical) : Numerical 1 - Hydrostatic Forces on Surface
14:02mins
GATE (Mechanical) : Numerical 2 - Hydrostatic Forces on Surface
12:08mins
GATE (Mechanical) : Numerical 3 - Hydrostatic Forces on Vertical Surface Immersed in Liquid
14:58mins
GATE (Mechanical) : Numerical 4 - Hydrostatic Forces on Surface
14:02mins
GATE (Mechanical) : Hydrostatic Forces on Horizontal Plane Surface
12:08mins
GATE (Mechanical) : Hydrostatic Forces on Inclined Surface
12:54mins
GATE (Mechanical) : Numerical 5 - Hydrostatic Forces on Inclined Surface
10:26mins
GATE (Mechanical) : Numerical 6 - Hydrostatic Forces on Inclined Surface
13:31mins
GATE (Mechanical) : Numerical 7 - Hydrostatic Forces on Inclined Surface
14:49mins
GATE (Mechanical) : Hydrostatic Forces on Curved Surface
14:04mins
GATE (Mechanical) : Numerical 8 - Hydrostatic Forces on Curved Surface
12:01mins
GATE (Mechanical) : Numerical 9 : Hydrostatic Forces on Curved Surface
14:32mins