Below we have a shaft that is made out of steel and the sleeve of aluminum is mounted with an axial force Fmount = 15,00
Posted: Tue Jun 07, 2022 2:02 pm
Below we have a shaft that is made out of steel and the sleeve
of aluminum is mounted with an axial force Fmount = 15,000 N. The
temperature during assembly is 20 °
Calculate the maximum transferable torque at the mounting
temperature and at the operating temperature which is 30 ° C higher
than the mounting temperature.
What is this type of mounting called?
The effect of smoothing can be neglected. The friction number in
the contact surface μ = 0.1.
More data : d = 25 mm D = 40 mm L = 40 mm = 210 GPa E 's steel El aluminium = 70 GPa U = 0,3 steel U aluminium = 0,25 d steel α 11.106 1/°C = aluminium 23.10-6 1/°C D VZA Aluminium //// Steel L d
of aluminum is mounted with an axial force Fmount = 15,000 N. The
temperature during assembly is 20 °
Calculate the maximum transferable torque at the mounting
temperature and at the operating temperature which is 30 ° C higher
than the mounting temperature.
What is this type of mounting called?
The effect of smoothing can be neglected. The friction number in
the contact surface μ = 0.1.
- Below We Have A Shaft That Is Made Out Of Steel And The Sleeve Of Aluminum Is Mounted With An Axial Force Fmount 15 00 1 (163.63 KiB) Viewed 25 times