Vibration Analysis for Predictive Maintenance
Need vibration analysis for evaluating the condition of your equipment, device or structure? Our team of Vibration Analysis experts can help! We have been in business since 1950 and your satisfaction is our primary goal.
Vibration that is large enough can eventually cause excessive stress leading to failure of a structure.
Finite Element Analysis (FEA) is a widely used vibration analysis technique in aeronautical, civil, naval and mechanical engineering. It can be used to approximate the
structural dynamic characteristics of vibrating mechanical systems, the understanding of which is important to any root-cause failure study involving excessive vibrations. We can also use vibration analysis and FEA technique to evaluate the dynamic characteristics of machines and structures prior to fabrication.
To quickly find your problem and avoid disaster, our vibration analysis experts will use Finite Element Analysis (FEA) technique to model the response of your equipment / structure to dynamic loads.
Our experts can simulate various scenarios to reduce testing time or speed up the process by performing vibration analysis on complex systems. For example, we can run a quick simulation to determine the thickness of a mounting plate to meet the frequency requirements of the customer without losing valuable time.
Finite Element Analysis models simulated are used to approximate
stress stiffening effects in rotating mechanical components. The FEA analysis models are used to approximate the natural frequencies and mode shapes of complex structural-mechanical systems.
We also have the capability to simulate vibration
and shock response from a shaker table on a structural component. We take pride in our ability to develop models that are only as complex as necessary to resolve the problem in a timely manner.
Contact us or get your free quote for vibration analysis today!
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