Q. In the design of side crankshaft at TDC position, the driven belt is assumed to be in which direction?

View solution

Q. In the design of side crankshaft at TDC position, the crank alone is at which position?

View solution

Q. In the design of side crankshaft at the TDC position, the engine is placed in which position?

View solution

Q. The reactions at the bearing 1 and 2 are due to which part of the engine?

View solution

Q. Calculate the length of the bearing when the diameter of crankpin is 50 mm?

View solution

Q. In the formula Pb=\(\frac{R_1}{d_1l_1}\), what is Pb?

View solution

Q. Calculate the bearing pressure when the reaction at 1 is 176700 N and the length and diameter of crankpin are 120 mm and 150 mm.

View solution

Q. Calculate the bending moment when load is 176700 N, length of bearing is 265 mm, thickness is 90 mm and length of crank pin is 120 mm?

View solution

Q. In the formula Mb=Pₚ[0.75lc+t+0.5l₁], what is l₁?

View solution

Q. Does the crank pin act as a which beam inside crankshaft?

View solution

Q. When the crank web is subjected to stresses, bending stress acts on which plane?

View solution

Q. In the formula Mₜ =Pₜ×r, what is Pₜ?

View solution

Q. What is the thickness of the crankweb when the diameter of the crankpin is 50 mm?

View solution

Q. In the formula sinΦ=\(\frac{sin⁡θ}{(l/r)}\), what is Φ?

View solution

Q. In the formula sinΦ=\(\frac{sin⁡θ}{(l/r)}\), what is ϴ?

View solution

Q. In the reaction (R₁)ᵥ, what does v represent?

View solution

Q. Calculate the bending moment, when Pₜ =47900 N and lc =170 mm?

View solution

Q. Calculate the length of the bearing when the diameter of the crankpin is 150?

View solution

Q. In the formula l₁ =1.75dc, what is dc?

View solution

Q. Calculate the length of crankpin when the diameter of crankpin is 150?

View solution