YOUR PARTNER IN MATERIAL ENGINEERING CHALLENGES
Material² provides 20+ years experience in Materials Science, Material & Component Testing, Failure Analysis and Design Verification in the Powertrain Engineering Industry. We support our clients with a targeted Analysis & Product Development approach by linking the key engineering disciplines Materials Science
Design Finite Element Analysis Testing Reliability Engineering With well established Partnerships in these fields we can assemble the Right Team to bring the Right Solution to your specific challenge.
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SERVICES OFFERED
*** just released ***
sN-predictor
Advanced Statistical Analysis Tool for High Cycle Fatigue Data
through
RANDOM FATIGUE LIMIT MODEL
With the sN-predictor, we are bringing the statistical analysis of High Cycle Fatigue (HCF) Data into the 21st century. Many of the currently still applied standard procedures (such as staircase method) were developed in the middle of the last century to allow for a quick assessment with very simplified calculations. But these methods/procedures have limitations and are based on arbitrary assumptions. The 5-parameter Random Fatigue Limit Model (RFLM) is a clean statistical procedure, where the failure free load level is one of the model parameters assessed through the maximum likelihood method. s/N-predictor is a web-based, intuitive and very easy to use software tool - developed for and with the test engineer in mind.
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Materials & Failure AnalysisThe key to successful failure analysis and mitigation is asking the right questions. Too often we have experienced the "language" disconnect between the mechanical engineer and the material scientist. We are bilingual - so we can effectively link these engineering disciplines, communicate the problem efficiently and provide answers that everyone can understand. Partnerships with a several independent laboratories provide us the highest level of expertise for a wide range of applications. |
Dynamic Testing
The world is a highly dynamic place - and so are the most load conditions engineered systems have to withstand. Material and component testing under dynamic load conditions is therefore an essential step to ensure product durability goals can be met in the field. We have established strong partnerships with independent test labs and test equipment manufacturers. For us it is not just about generating data points - it is about understanding and interpretation of the results to help guide our clients in the right direction during the product development. In Partnership with RUMUL and Prisma Engineering we represent the industry-leading manufacturers for Resonance Fatigue Testing Equipment.
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Reliability Engineering & ValidationHow can one ensure that a product is sufficiently tested before Start of Production? The answer is an Analytics Based Reliability Process. With mathematical models describing the damage influencing parameters (physics of failure), the accumulated damage becomes quantifiable. This allows identification of validation gaps and optimization of existing test programs to address underrepresented failure modes. This approaches saves money and time in the development process and reduces warranty risks during production. In Partnership with UPTIME ENGINEERING, this comprehensive Reliability Process has been implemented with several mayor manufacturers in a wide range of industries - from Automotive to Household Appliance to Wind Energy. |
German High-Quality Products at Competitive Prices
Universal Testing Machines
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