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Steve Roensch is an engineering stress analyst with more than 25 years of professional experience in failure analysis and litigation consulting. He has analyzed hundreds of product designs and has provided expert witness services across many industries, including giving depositions and court testimony.
Mr. Roensch has provided litigation consulting in the energy, construction, industrial, transportation, commercial, utility and residential industries. He has supplied legal team technical support, and has given depositions and testified in court and arbitration hearings.
Mr. Roensch specializes in analyzing the physical stresses that arise in a product under various loading conditions, and in determining if the design is sufficient to survive such loads. He investigates product failures and accidents from a fundamental engineering perspective, often applying finite element analysis. He documents his efforts thoroughly from the start, for concise presentation to the legal team, other experts and the jury. Complex engineering principles are explained using everyday concepts that everyone can understand. Color stress plots and animations are used whenever possible to convey complicated engineering results in an easy to understand visual format.
Learn more about mechanical engineer expert witness services at www.FiniteElement.com.
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Courtroom Fea: Why Did it Fail?Finite element analysis can help explain why a product failed, which can often identify the responsible party. Finite Element Analysis: Post-processingThe following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. Finite Element Analysis: SolutionThe following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. Finite Element Analysis: Pre-processingThe following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. Finite Element Analysis: IntroductionThe following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. Courtroom FEA: But my expert has hand calculationsIt is very important that design engineers do hand calculations. It is very important that engineering expert witnesses do hand calculations. Hand calculations are good. But they aren't good enough in a high stakes courtroom battle. Courtroom FEA: Does FEA apply to my case?Many attorneys hire metallurgists to study failures across many industries. Similarly, finite element analysis is regularly applied to a vast array of products. FEA applies when something bending or breaking is an issue. Courtroom FEA: But how does FEA work?Many legal professionals are exposed to Finite Element Analysis (FEA) in the courtroom. But how does it work? Courtroom FEA: FEA = Finite Element AnalysisAs a product liability professional, it is important that you know what Finite Element Analysis (FEA) can do for you. If you don't, your adversary might. Whether you serve plaintiffs, defendants or both, you're probably already familiar with FEA.
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