Find the max stress for the far dlam 1 inch 14m: 3inch Find the max stress for the far dlam 1 inch 14m: 3inch
strengths of materials , principle stresses, max shearing stress at a point A 4 inch diameter shaft is subjected to both a torque of 30 kip (kilo pound) inches and a tensile force of 50 kip. Determine the principle stresses and the maximum shearing stresses at point A? (20 pts) 30 kip- in. 50 kip
A nominal 2 inch diameter steel shaft is to be installed in a 4 inch diameter hu made of the same steel, which has Young's modulus of 30 Mpsi. The tolerance on the shaft is diameter max is 2.0016 - diameter min ls 6. The tolerance of the hole in the hub is diameter max 2.0010 diame 10 min -2.0000 Sketch the interference conditions Determine the stress vs deflection relationship equation and use it to calculate the stress at the...
13. What initial velocity would you have to throw a 620g tennis ball for it to reach a max height of 14m (hint: V=0 at max height)? 14. Find the force acting on a 2500kg car that experiences a change in momentum, Ap, of 60 kg*m/s over a period of 8 seconds.
Determine the max. bending stress in the beam. Shear stress at point H, max. shear stress Psky loom 5 b) 3m - 75 у .
Problem 4. Find the max shear stress of the thin-walled open-section below. у
Stress concentration: Determine the maximum stress concentration of a 0.2 inch thick metal plate that is 10 inches long, 2 inches wide. The plate has a fixed support on one side and iis in axial tension with a force of 100 lbs on the other side.The plate has three holes with a diameter of 0.5 inches for each hole that are spaced 1 inch apart with the middle hole centered at 5 inches from each edge. (holes in the diagram...
14m pivot T 10m A 60-kg woman stands on the far right end of a 14-m-long uniform board. The support pillars are 10 m apart, and she is 2m from the right pillar. The board just barely starts to rotate clockwise, with the top of the right pillar as the pivot point. How much does the board weigh? 24 N O84 N 168 N 0235 N 0 1470 N
Find the normal stress and shear stress on plane AB. Part II: Find the maximum normal stress and maximum shear stress acting on the column. 181. 6000 lb AB (A 26° MAX 5"
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...
lb after being released 0.1875 inch the shearing stress was 90,000 psi. tentative value of C and find number of active coils. ing of the most efficient design must carry a load of 10 steel helical spring of the most efficient design must carry eleased 0.1875 inch from its most compressed position, when stress was 90,000 psi. Consider a nearest whole number e value of C and find a suitable wire size, mean radius of helix and