COMPUTATIONAL ENGINEERING

i.t.s harnesses the skills of its engineers and academic experts to either fabricate the desired products or simulate them prior to conducting any physical tests. This approach involves a meticulous analysis of the outcomes derived from these simulations. Our team of experts evaluates diverse material simulations that encompass varying properties. We take great pride in our close collaborations, notably with institutions such as the University of Duisburg-Essen in Germany, which is especially prominent in the realm of solid and fluid mechanics. These partnerships underscore our commitment to pushing the boundaries of knowledge and innovation in these fields.

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What we do for you

We leverage advanced computational methods to effectively analyze and resolve complex engineering challenges. Our proficiency in mathematics and computational science empowers us to craft algorithms and create software that can simulate diverse scenarios and offer predictive insights. This synthesis of mathematical expertise and computational prowess enables us to devise innovative solutions and enhance our problem-solving capabilities across various engineering domains.

Our services:

·        Basic and advanced research in materials

·        Microstructure-Property

·        Probabilistic material simulation

·        Material behavior at high temperatures

·        Friction and wear processes

 

·        Quality control and failure analysis

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