Modeling, simulation and stress Analysis of Integral Shaft Bearing Using Ansys Benchworks 14.0

Mechanical Engineering

An integral shaft bearing is main component of machine and carrying higher specific load capacity, preventing misalignment defects in compression to any other bearings. Integral shaft bearing is reduce rotational friction and support, axial and radial loads which generate friction and increased temperature and vibration inside the bearings. If the generated heat and vibration cannot be properly removed from the inside bearing, the temperature might exceed certain limit. Due to which the bearing should be fail. That why I analyze vibration in 10 step ,heat flow, temperature distribution in a bearing system, a typical integral shaft bearing and its environment has been design and analyze the system using the famous finite elements tool ANSYS workbench 14.0. In this research, vibration and thermal characteristics performance of integral shaft bearing to Analyze vibration, thermal elongation and temperature distribution due to friction and frequency also its effect on bearing clearances, and vice-versa, has been investigated on stainless steel materials with different parameters .

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