Translation of "Computational materials science" in German

Together with researchers from the Institute for Applied Materials – Computational Materials Science (IAM-CMS), the researchers in Dr. Rapp’s junior research group NeptunLab succeeded for the first time in developing a fluorinated polymer foam which, in addition, is transparent and insensitive to abrasion.

This Research Training Group is part of the interdisciplinary research and development field of "Computational Engineering - Materials Science - Industrial Engineering" and aims to enable doctoral students to optimise production processes through their research.

Together with researchers from the Institute for Applied Materials – Computational Materials Science (IAM-CMS), the researchers in Dr. Rapp's junior research group NeptunLab succeeded for the first time in developing a fluorinated polymer foam which, in addition, is transparent and insensitive to abrasion.

This effect occurred in every experiment,” explains Dr. Christian Greiner of KIT’s Institute for Applied Materials – Computational Materials Science (IAM-CMS).

This effect occurred in every experiment," explains Dr. Christian Greiner of KIT's Institute for Applied Materials – Computational Materials Science (IAM-CMS).

Dr. Katrin Schulz works at the KIT Institute for Applied Materials – Computational Materials Science (IAM-CMS) and focuses on computerized models to reliably predict deformations, in particular plastic, i.e. permanent deformations.

Dr. Katrin Schulz works at the KIT Institute for Applied Materials – Computational Materials Science (IAM-CMS) and focuses on computerized models to reliably predict deformations, in particular plastic, i.e.

These aims are to be achieved by bringing together expertise from the fields of thermodynamics, computational mechanics and materials science.

His particular scientific excellence is demonstrated by the fact that the development of simulation methods based on material physical properties which he initiated has now matured into the new discipline of "Computational Materials Science" and is developing rapidly all around the world.

The Institute for Applied Materials – Computational Materials Science (IAM-CMS) of KIT and the MicroTribology Center µTC, a joint initiative of KIT and the Fraunhofer Institute for Mechanics of Materials (IWM), provide an ideal environment for this research.

We take a highly interdisciplinary approach that combines mathematics, computation, materials science, and biology.

We take a highly interdisciplinary approach that combines mathematics, computation, material science, and biology.

We take a highly interdisciplinary approach that combines engineering, computation, material science, and biology.Â

For example, our understanding of electromagnetic force, developed mostly in the nineteenth and early twentieth centuries, gave rise to today’s breathtaking developments in telecommunications, computers, chemistry, and material sciences.

The innovative scientific concept unites research expertise in the areas of computer science and materials science with expertise in biology, with the primary focus set to be on the basic research and development of intelligent systems.

Researching at the frontiers of science, CERN helps to push back the boundaries of technology and the results, in areas from computing to materials science, will have much broader applications.

We offer special knowledge of the following industrial and scientific fields: Mechanical engineering, automotive technology, medical engineering, physics, electrical engineering, electronics, general mechanics, chemistry, telecommunications, computer-implemented inventions, material sciences.

We are specialized in the preparation of application documents for patent applications and utility model applications in the fields of mechanical engineering, automation, electrical engineering, electronics, engineering, mechanics, medical technology, software, computer technology, optics, material sciences, biotechnology, pharmacy, biology, biochemistry, molecular biology, genetic engineering, diagnostics, pharmaceutics, medicine and chemistry.

At the end of the 1980's, six interdisciplinary panels joined together (to discuss) the key issues environment, materials, computer sciences, technology and society, mobility and transport als well as life sciences in order to develop interdisciplinary cooperation within the University and with external partners.

To this end, the Max Planck Society has recently begun expanding its cooperation projects with the Fraunhofer Society in certain fields, such as computer science, materials science, nano- and biotechnology, and regenerative energies, and explicitly promotes projects at the interface between applied and basic research.

In the field of computer-aided materials science, the NOMAD CoE (Novel Materials Discovery - Center of Excellence) has brought about a cultural change towards comprehensive data sharing and paved the way for big data analyses.

Aachen's renowned scientists from production engineering, computer science, materials science and economics, as well as ergonomics and psychology, are bringing their academic expertise to the IoP in order to jointly tackle interdisciplinary challenges such as the integration of production engineering models into data-driven machine learning.

The basis for our success is therefore the interdisciplinary cooperation, which takes place in particular with the departments of physics, computer science and material sciences, with the medical faculty and mechanical engineering of RWTH Aachen University as well as with associated and external research organizations.

This includes meanwhile the fields of computer science, materials science / nanotechnology and biotechnology, as well as the area of regenerative energies and photonics.

With three new degree programmes (Computer Science, Materials Science, Environmental Science), numerous postgraduate courses and further training opportunities, a reorganisation in the faculty of Natural Sciences and the reforms to the standard curricula, it became clear that a university also has to take change management into account in its approach to education.