Thursday 9 June 2011

FEA Thermal Analysis For Mechanical Componenet

Are you looking for precision finite element thermal analysis services for your component thermal problems with high accuracy? Then you have reached the right place.


At FEA Outsourcing, we provide quality Thermal Analysis Services for your thermal analysis project requirement at low rates.

Thermal analysis is the process of analyzing the effects of thermal loads and heat transfer on the design of any mechanical product or components.

Thermal analysis is mainly used for thermal problems in automobiles, buildings, terrains, and mechanical applications such as heat exchanger design, heat shield & optimization design, and PCB design.

FEA Outsourcing also provides heat transfer analysis services to several industries such as mechanical, marine, electrical, manufacturing, chemical, oil & gas, and civil engineering.

We Use Thermal Analysis Services Like:

  • Polymers
  • Plastics
  • Composites
  • Laminates
  • Adhesives
  • Coatings
  • Pharmaceuticals
  • Organic materials
  • Food, Rubber
  • Petroleum
  • Chemicals
  • Biological samples
  • and many more.

We have experienced FEA consulting engineers that use a variety of FEA engineering analysis software to help our clients improve their products from an early design stage and help reducing production time and cutting overall costs.

Software We Use:

  • ANSYS
  • Solid works
  • Cosmos
  • Hyper Mesh
  • Nastran
  • CFX
  • LS Dyna

We provide thermal analysis services to solving a variety of thermal analysis problems using finite element analysis. We offer a wide range of FEA services to solve the most complex engineering simulation problems for our customers.

Industries We Serve:

  • Aerospace
  • Marine automotive
  • Biomedical
  • Oil and gas
  • Defence & security
  • Consumer products

FEA consists of thermal analysis, composite analysis, static and dynamics analysis and stress thermal analysis. Finite element analysis performed on star cooler exit duct for its strength and buckling loads. FEA was chosen by the client for determining operational safety margins of the device.