Modelling and Stress Analysis of Shaft used in Hydraulic Steering Pump

This work deals with the stress analysis of a shaft used in hydraulic
steering pump, which helps to transmit motion between two gears used
in the pump. Suitable material (20NiCrMo2) with a greater tensile
strength and similar chemical composition is also recommended. This
suitable material thus found out is also being used for making the high
speed shaft of steering pumps used in an automobile. This material is
also being suggested to the industry as an alternate material used for
making high speed shafts. Step by step process performed by us is
explained in detail. Additionally included are the results and the
examination of the shaft. It is possible to thoroughly analyze the shaft's
substance by keeping an eye on these values. The report's conclusion
demonstrates that the stated goal has been fulfilled and provides the
parameters needed to increase endurance life. Relevant transfer
functions and the power steering system's underlying control structure
have been derived and examined with the aid of the linear model.