The input shaft of a cylindrical inclined helical gear reducer is given. Find the radial reaction forces at the A and B supports of this shaft. Calculate and diagram the bending moment torsional moments due to the forces acting on this shaft-wheel construction. Data: Diameter of the shaft on which the bearings (bearings) sit dy=30 mm Torsional moment to be transmitted by the shaft T=142 N.m tangential force F=6875 N radial force Fr=2547 N axial force Fa=1693 N The belt-pulley mechanism is placed vertically. (F=1693N) The pitch circle diameter of the impeller located on the shaft D=40 mm Distances L1=54 mm , L2=65 mm F Fa Fk B A С х y

The input shaft of a cylindrical inclined helical gear reducer is given. Find the radial reaction forces at the A and B supports of this shaft. Calculate and diagram the bending moment torsional moments due to the forces acting on this shaft-wheel construction. Data: Diameter of the shaft on which the bearings (bearings) sit dy=30 mm Torsional moment to be transmitted by the shaft T=142 N.m tangential force F=6875 N radial force Fr=2547 N axial force Fa=1693 N The belt-pulley mechanism is placed vertically. (F=1693N) The pitch circle diameter of the impeller located on the shaft D=40 mm Distances L1=54 mm , L2=65 mm F Fa Fk B A С х y

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter9: Deflections Of Beams

Section: Chapter Questions

Problem 9.10.7P: A heavy flywheel rotates at an angular speed m about its axis of rotation. If the flywheel suddenly...

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