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Dynamic Analysis & Design Optimisation of a Vacuum Skid Platform

BOC Edwards is a leading manufacturer of high quality vacuum components and systems. Wilde was asked to investigate the dynamic characteristics of a machine support platform. Potential vibration problems were identified and various modification options were proposed.

Objective

It was required to perform dynamic analysis of the platform in order to identify any potential vibration problems likely to occur within the operating range of the machine. Through use of FEA, the company aimed to avoid a resonance condition with associated high noise levels and reduced fatigue life.

Methodology

The FE simulations were conducted using ANSYS Mechanical APDL. The model of the platform was generated in sufficient detail to enable accurate determination of natural frequencies. The model consisted of the frame structure and concentrated masses representing the attached machines. The dynamic analysis indicated potential causes of vibration and were used as the basis for design improvement recommendations.

case_study-boc-edwards-skid-fea-structural-mechanics
Courtesy: BOC Edwards

“The job was delivered on time with a very proactive approach from their [Wilde’s] engineers. Subsequent tests on the machine have proven the model to be accurate and allowed the design to develop.”

BOC Edwards

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