Complete Solidworks Beginners Course

Stresses exerted on the wall of a hopper Consider a conical hopper filled with sand at rest (Fig. 2.51). The upper surface of the sand is a spherical cap, which is stress free. The exit orifice is a circle of radius R and is covered by a plate. (a) The plane y=0 intersects the hopper wall along the lines A B and E F. At a point C on A B, derive expressions for the normal stress N and the shear stress T exerted on the sand by the hopper wall. Here T is the shear stress exerted in the positive rad

Facts At Your Fingertips: Hopper Outlet Geometry and Arching - Chemical Engineering

NERF HYPER HOPPER | MacDannyGun 😳 #shorts