The crankshaft of a four-cylinder in-line air compressor engine rotating with a speed of oo is...

 

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The crankshaft of a four-cylinder in-line air compressor engine rotating with a speed of oo is shown in the figure. For each cylinder, the crank radius is 25 mm, the connecting rod length is 90 mm and the mass of the moving parts is 350 g. Accordingly; a) Perform the balancing analysis with the help of rotating vectors. b) I. Find the angular position and value of the balancing masses to be placed at a radius of 40 mm in the crankshaft plane in order to be able to balance the moment of inertial forces of order. 150 mm 1 100 mm 100 mm 2 . 100 mm 150 mm (0) iy B Z The crankshaft of a four-cylinder in-line air compressor engine rotating with a speed of oo is shown in the figure. For each cylinder, the crank radius is 25 mm, the connecting rod length is 90 mm and the mass of the moving parts is 350 g. Accordingly; a) Perform the balancing analysis with the help of rotating vectors. b) I. Find the angular position and value of the balancing masses to be placed at a radius of 40 mm in the crankshaft plane in order to be able to balance the moment of inertial forces of order. 150 mm 1 100 mm 100 mm 2 . 100 mm 150 mm (0) iy B Z