Q-1 (25 pts) An engine with three cylinders in-line have successive cranks at 240°C and pitched...
Q-1 (25 pts) An engine with five cylinders in line have successive cranks aw apart. The effective reciprocating mass ea eigcranks at 144 C and pitched at 350 mm bies, (you arone oreach cylinder is 2 kt, the crank radius is 105 mm and the connecting rod is 420 mm long, balance magnitude of unbalanced magnitude Txamine the balance of primary and secondary forces and as balanced or unbalanced, and if unbalanced state the Assume the end bearings are symmetrically...
Q-1 (25 pts An engine with five cylinders in-line have successive cranks apart. The effective reciprocating mass for each cylinder is 2 kg- the connecting rod is 420 mm long. balance at 144"C and pitched at 350 mm ig.Eamine the balance of primary and secondary forces and state as balanced or unbalanced, and if unbalanced state the magnitude of unbalanced magnitude. Assume the end b earings are symmetrically located at 1600 mm apart. The firing order is : 1, 5,...
Q-1 (25 pts) An engine with five cylinders in-line have success apart. The effective reciprocating mass for each cylin ive cranks at 144"C and pitched at 350 mm der is 2 kg, the crank radius is 105 mm and mm long. Examine the balance of primary and secondary forces and ed to state as balanced or unbalanced, and if unbalanced state the the connecting rod is 420 couples. (you are expect magnitude of unbalanced magnitude. Assume the end bearings are...
2. An engine has four cylinders arranged in two Vee banks, all being mounted symmetrically, above the main shaft. Each bank consists of two cylinders whose centre-lines are inclined at 90 to one another and whose connecting rods act on a single crankpin. The cranks of the two banks are set 180° apart a) Investigate the state of balance of the engine with respect to primary and secondary forces and couples and detemine the magnitude of any unbalanced forces or...
L50 DKI & DK2: 9.00 pm 10.30 pm QUESTION 2 (15 marks) (a) A twin cylinder V-engine has cylinders set at 120°, with both piston connected to a single crank as shown in Figure Q2(a). The stroke is 140 mm and the connecting rods are 210 mm long. The reciprocating mass per cylinder is 1.2 kg. Determine the maximum primary and secondary forces acting on the frame of the engine when running at 2,400 rpm. (b) Figure Q2(b) shows 4...