Programma
Enhance Your Team’s Expertise with Our Vibration Academy
This training focuses on conducting mechanical environmental simulations while considering failure analysis, normative requirements, and measurement uncertainty. Participants will gain a deeper understanding of why vibration tests are performed, how to recognize and interpret errors, and the importance of evaluating and comparing test results within a structured framework.
The module emphasizes vibrational theory in practice, conformity statements, and the interactions between sensors, control systems, machines, fixtures, and engineers to ensure accurate and reliable testing.
Program (2-day theoretical):
By the end of the training, participants will have a solid foundation in vibration testing principles and hands-on experience working with a shaker.
They will be able to analyze test results with confidence and issue a conformity statement in accordance with industry standards.
Key topics covered include:
– Fundamental reasons for conducting vibration tests
– Recognizing and understanding common mistakes
– Applying vibrational theory in practice
– Interpreting conformity statements and standardization requirements
– Understanding the goals and benefits of vibration testing
– Conducting measurement uncertainty analysis (MU) using practical examples
– Identifying and interpreting errors in a test system and their root causes
– Exploring interactions between sensors, control systems, machines, fixtures, and engineers
– Gaining insight to achieve the **10% goal** for improved test accuracy and reliability
Join us to gain the expertise needed to perform precise and reliable vibration testing, while mastering the intricate relationships between system components
Program (1-day practical):
Apply what you have learned directly into practice in Sebert’s state of the art vibration lab.
The practical day builds directly on the theoretical knowledge gained over the previous two days. Participants will engage in hands-on exercises, applying concepts like vibration testing, equipment setup, and data analysis. This immersive experience is designed to solidify your understanding and ensure you’re confident in operating shakers in real-world scenarios.