Engineering
Powertrain Vibration
This two-day course develops practical knowledge of vibration in marine propulsion powertrains.
- 2 days
- Virtual Class
- Course code C-AST017
About this Course
This two-day course develops practical knowledge of vibration in marine propulsion powertrains. Explore shaft alignment, bearing performance, torsional, lateral and axial vibration, computational modeling and measurement methods to identify vibration risks, support reliable operation and prevent machinery damage. The course combines core theory with practical interpretation to help participants evaluate powertrain performance and identify machinery risks.
What you'll Learn
- Identify powertrain components and conditions that influence vibration.
- Explain shaft alignment principles and bearing load distribution.
- Recognize torsional, lateral, axial and torsio-axial vibration risks.
- Interpret vibration measurement methods and results.
- Evaluate alignment verification data and common failure indicators.
- Apply ABS requirements to propulsion shafting vibration assessments.
Who should Attend
This course is for marine professionals involved in the design, construction, operation, maintenance, inspection or troubleshooting of propulsion systems, including marine engineers, superintendents and technical managers, shipyard engineers and commissioning personnel, vessel operators and maintenance professionals, naval architects and propulsion system designers or personnel supporting shaft alignment, vibration analysis or condition monitoring.
Have Questions?
Our team can help with this course, group training or bringing it to your site. Send us a message about this course.