Assume the crane is made of squared tube that has 1 inch height, 1 inch width, and 1/16 inch thickness. One side of the rope is attached to a 50 lb load, while the other side is fixed to the vertical member. Assume the weight of the pulley is negligible, and its surface is frictionless.
1- Find the stress at point A
2- Find the stress at point B
Assume Modulus of Elasticity = 10,000 ksi and Poisson’s Ratio = 0.33
Note: For the 50 lb applied load, assume the force is a single-point force applied at the very end (edge in the right side) of the horizontal member. Ignore the 1.5 in distance of the pulley from the edge.
PLEASE SHOW CLEAR HANDWRITING AND CLEAR STEPS
Assume the crane is made of squared tube that has 1 inch height, 1 inch width, and 1/16 inch thickness. One side of the rope is attached to a 50 lb load, while the other side is fixed to the vertical...
Assume the crane is made of squared tube that has 1 inch height, 1 inch width, and 1/16 inch thickness. One side of the rope is attached to a 25 lb load Not 50 lb, while the other side is fixed to the vertical member. Assume the weight of the pulley is negligible, and its surface is frictionless. Find the stress at point A Find the stress at point B Please Consider: - Force Distribution - Center of Gravity PLEASE...