We, FEAonline ( Beijing FEAonline Engineering Co.,Ltd ) , a well-known FEA consulting and service company in China with its headquarter located at Beijing . As a high-technology company , we focus on the research and application of the FEA technologies . We dedicate to provide the high quality FEA consulting , FEA technology transfer & training , and the distribution of related CAE software to our clients .

Our core value proposition is to bring the countable value-return to our customers .

Using our knowledge and experience , we have successfully fulfilled the consulting and training service for some important clients which spread in automotive , aerospace ,railway , electronic , shipbuilding and other industry sectors . Through our service , these customers improved the durability and quality of their products , saving the material and the prototyping costs .

FEAonline has built its solid reputation in China through the cooperation with every clients based on its core value proposition .

We are delighted in the cooperation with more partners worldwide , and we are certain of the results of our cooperation to be fruitful , for we reject any opportunity that can only benefit one side in the cooperation ---- we wish the cooperation will benefit both the sides !

â—?Shell mesh generation for Mid-face of the Complicated Structure
â—?Hexahedral mesh generation for complicated structures

ABAQUS is widely accepted as the most capable finite element for sophisticated analysis and structural systems.It is particularly strong for handing very large problems ,and especially for simulating nonlinear effects. ABAQUS has two principal analysis modules :ABAQUA/Standad,which offers general analysis capabilities for stress and deformation analysis, heat transfer, mass transfer , etc.;and ABAQUS/Explicit ,which provides stress/deformation analysis using dynamic simulation with explicit time integration (this use of explicit integration makes ABAQUS/Explict partically powerful for cases involving complex contact conditions, sush as often occur in manufacturing processes like stamping or forging).