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This course explores bearing design in rotating machinery, covering hydrodynamic lubrication, bearing types, design considerations, and performance modeling. Practical assignments involve evaluating bearing suitability and analyzing machining tolerances, integrating theoretical concepts with real-world applications.
The course covers the principles and applications of bearing design in rotating machinery. It delves into hydrodynamic lubrication, types of bearings, and design considerations such as load capacity, stability, and performance under various conditions. The curriculum includes steady-state and dynamic performance, thermal and elastic deformation modeling, and API bearing analysis. Practical assignments focus on evaluating bearing suitability, analyzing machining tolerances, and applying theoretical concepts to real-world scenarios.
You can start the course at any time during the year.
You will receive a certificate issued by InIPED
You will have some pre-recorded lectures, pdf files, self-assessment multiple-choice tests and a hands-on, practical assignments.
Yes. The student will meet with the instructor twice: once halfway through the course and another one at the end.
