Modal Analysis Services - FEA Vibration Analysis Simulations

We provide modal and vibration analysis to determine two main aspects of an engineering component that is subjected to unnecessary vibration and noise. The two main aspects are natural or resonance frequencies (also known as eigenvalues) and mode shapes (known as eigenvectors).

Modal Analysis of a Rack:

Benefits of Vibration or Modal Analysis include:

• Extensive and in-depth experience over several industries
• Experience in handling massive structures in complex structure and joints
• Experience in noise testing and analyses with modal and thermo structural FEA
• Having experts who can use Bruel, Kjaer, Proseg, and Ajilent testing systems using a variety of transducers
• Advanced tools with ultra precision results
• Skilful experts conversant with advanced and updated FEA methods

Modal Analysis is a process of determining unwanted noise and vibratory behaviour pattern in an engineering component which is subjected to loading conditions. Modal analysis helps in not only determining and rectifying problems but also assist in enhancing the product design aspects to eradicate the problems from the roots.

In order to model any component to carry out modal analysis it is important to take model stiffness, mass, damping, and mass distribution into consideration to reflect the exact behaviour of the component. Any component experiencing excitation at or near its resonance frequency will experience vibrations with amplitudes high enough to pose danger to the product and the people using it.

Modal analysis helps in understanding the effect of these vibrations by taking into consideration important aspects such as design, natural frequency, forced frequency etc. Outsource FEA Services help in carrying out modal and vibration analysis and provide suggestions to improve the design of the component by making changes to the structure’s stiffness, mass distribution, and damping. We also provide alternate ways to control the amplitude of the vibration during resonance or shift the resonance region to a lesser harmful range. Fpr example pipe vibration analysis helps reduce failures in Refineries, Oil & Gas and Petroleum industries.

We serve to industries suvh as Heavy Engineering, Automotive, Aerospace, Civil Engineering, Consumer Products, Educational, Electronics, Environmental, Government/Defence, HVAC and Refrigeration, Industrial Equipments, Power Generation, Telecommunications, Turbomachinery, Pipeline and more.

We use software such as SolidWorks, FEMAP, Nastran, ANSYS, CFX, LS-Dyna, UniGraphics and HyperMesh with modern resources to provide accurate and reliable Modal analysis. To know more about our FEA Analysis services contact us.

If you would like to get more information please e-mail us at: info@outsourcefeaservices.com.