2. A turbine shaft, has a stiffness of 3.75 MN/m, and the rotation speed is 3600 rpm. The turbine rotor, has a mass of 60,000 grams and an eccentricity of 2000 microns, is mounted on the shaft. The...



MENG 331
DYNAMICS OF MACHINERY




plese answer this qustion by keypord and dont late




2. A turbine shaft, has a stiffness of 3.75 MN/m, and the rotation speed is 3600 rpm. The<br>turbine rotor, has a mass of 60,000 grams and an eccentricity of 2000 microns, is mounted<br>on the shaft. The system is underdamped with a damping ratio of 0.05.<br>(a) Determine the steadystate whirl amplitude of the rotor.<br>(b) When will the whirl amplitude of the rotor be maximum?<br>(c) Calculate the maximum whirl amplitude of the rotor<br>(d) How the maximum whirl amplitude can be reduced?<br>

Extracted text: 2. A turbine shaft, has a stiffness of 3.75 MN/m, and the rotation speed is 3600 rpm. The turbine rotor, has a mass of 60,000 grams and an eccentricity of 2000 microns, is mounted on the shaft. The system is underdamped with a damping ratio of 0.05. (a) Determine the steadystate whirl amplitude of the rotor. (b) When will the whirl amplitude of the rotor be maximum? (c) Calculate the maximum whirl amplitude of the rotor (d) How the maximum whirl amplitude can be reduced?

Jun 11, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here