Hypoid and Bevel Gear Mesh and Dynamic Modeling Consortium
Teik Lim
Hypoid and Bevel Gear Mesh and Dynamic Modeling Consortium
MISSION
To develop gear mesh representations that will enable dynamic models to be formulated for simulating the vibration response of the driveline systems.
To perform studies of the modal and dynamic characteristics controlling mesh force generation, vibration transmissibility, and gear whine.
To develop an integrated gear mesh and dynamic modeling and analysis software package (HGSim).
To apply the simulation software package for design, analysis and trouble-shooting.
To develop a design roadmap for quiet gears.
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Hypoid Gear Mesh and Dynamic Simulation Program (HGSim)
Hypoid Gear Mesh and Dynamic Simulation Program (HGSim)
- An integrated hypoid/bevel gear mesh and dynamic modeling/simulation tool.
- Includes various gear mesh and dynamic modeling options.
- GUI-based software environment.
- Linear time-invariant and nonlinear time-varying simulations.
- For analysis of hypoid/bevel gear vibration and noise concerns.
For a Webinar training session on HGSim click here Request Information -
Rolling Element Bearing Matrix Program (REBM)
Rolling Element Bearing Matrix Program (REBM)
Request Information
The REBM (Rolling Element Bearing Matrix) program is used to compute the elements of a linearized time-invariant bearing stiffness matrix of dimension 5. The approach is based on the research efforts of Professor Teik C. Lim. Its formulation is derived from the fundamental theory of mechanics and Hertzian theory. The stiffness elements are computed from bearing parameters and static loads or mean bearing displacements. For more information, please click here