Finite Element Analysis (FEA)

Finite Element Analysis (FEA)

Providing a Valuable Product

Finite Element Analysis (FEA) is used to understand and predict product behavior and is extremely valuable for today's demanding products. ASR's talented engineers model your product using ANSYS, NASTRAN or SolidWorks Simulation from your CAD files. Once built, the computer models become a tool our clients retain for future optimizations and tests. The Models are valuable for design optimization, product life prediction, data correlation and design verification.

The Aerospace Industry commonly uses Finite Element Analysis (FEA) to satisfy aviation design requirements. Over the years, the technology has become affordable for use on consumer, commercial and industrial products for design improvements and failure/life prediction. FEA is greatly underutilized in the consumer product market where Design Optimization can decrease the product design/test cycle, especially in cases where product failure rate is unsatisfactory and consumers are demanding a quick response.

Stress analysis engineering services include static stress, failure & finite element analysis, displacements, impact/crash, non-linear, multipart, & component life prediction.

Engineering Tools

Our FEA Toolbox includes the following software in current and legacy versions: ANSYS, CFX, LSDYNA, Nastran, SolidWorks Simulation (FLOWORKS).
Made in the USA - Finite Element Models are built, run, analyzed and reports written in our offices by ASR's US based engineers.

Delivering Results

ASR's Analytical Engineers communicate directly with the client from the project introduction to the delivery of results. Results are delivered using a variety of methods including: email, personal presentation, Web Meetings and secure file transfer. Our delivery services include the ability to explain the methodology and results alongside or as a representative of our client directly to their end customer.

ASR: Aerospace Structural Research Corp. CALL TODAY FOR A FREE QUOTE 203-876-8165 OR Email:

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