Hector Fellow since 2008
Prof. Dr. Peter Gumbsch

Prof. Dr. Peter Gumbsch

Insti­tute of Applied Materi­als, Karlsruhe Insti­tute of Technol­ogy & Fraun­hofer Insti­tute for Mechan­ics of Materi­als IWM

Peter Gumbsch holds the chair for Mechan­ics of Materi­als at the Karlsruhe Insti­tute of Technol­ogy (KIT) and is Head of the Fraun­hofer Insti­tute for Mechan­ics of Materi­als in Freiburg and Halle.

His research activ­i­ties focus on model­ing and simula­tion of materi­als, in partic­u­lar multi­scale model­ling approaches. His activ­i­ties cover atomistic simula­tion, mesoscopic model­ing as well as macro­scopic materi­als descrip­tions. Central research topics are defor­ma­tion and fracture processes as well as inter­face proper­ties in metals and ceram­ics. He has recently started new activ­i­ties in the area of tribology.

For his scien­tific work, Peter Gumbsch received the Leibniz Prize of the German Research Founda­tion (DFG). He is member of the German Council of Science and Human­i­ties, of the German National Academy of Sciences (Leopold­ina), of the German Academy of Engineer­ing Sciences (acatech) and the US National Academy of Engineer­ing (NAE). Since 2017, he has been chair­man of the Scien­tific Commis­sion of the German Council of Science and Human­i­ties. He has been a member of the Presi­den­tial Board of the Fraun­hofer-Gesellschaft since 2019.

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Doctor­ate Currently not vacant

Peter Gumbsch is currently unavail­able to super­vise doctoral projects.

   

Materi­als Technol­ogy as a Driver of Innovation

News from Materi­als Research

Prof. Gumbsch's research supports indus­trial concepts for autonomous vehicles, resource-saving construc­tion and power plants and designs materi­als with completely new properties.

See here in the short film "Materi­als technol­ogy as innova­tion driver" how and on what Prof. Dr. Peter Gumbsch works and what relevance his research has for indus­try and the safety of each individual.

   
Forschungsfeld Ingenieurwesen

— Engineer­ing

Mater­ial Mechan­ics / Materi­als Physics

Research fields

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Defor­ma­tion & fracture processes
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Inter­face proper­ties in metals and ceramics
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Tribol­ogy