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Jemand zeigt mit einem Kuli auf eine mikroskopische Aufnahme auf einem Monitor

Materials Research Department

The Materials Research Department is an integral part of the cutting-edge research at the Ruhr-Universität in the Key Research Area Matter, Materials & Energy.

A long service life under extreme conditions - this is a key requirement for high-performance materials. High temperatures and pressures or aggressive environments are the challenge, whether in turbines for aviation, in battery cells, in car drives or fuel cells and catalysis.

High-performance materials are multifunctional. Their surfaces and interfaces improve their mechanical properties and open up new chemical or electronic functionalities.

The Materials Research Department is concerned with fundamentally understanding and specifically influencing interfaces at an atomic level. The researchers want to design new materials with previously unused property profiles. This requires intensive interdisciplinary collaboration between working groups in materials design, modelling, synthesis, processing and characterization.

The Materials Research Department brings together researchers from different faculties and backgrounds, enabling interdisciplinary problem solving, the integration of experimental and theoretical approaches and a deeper understanding of materials across different scales - from atoms to components - for the discovery and development of novel materials.

Facts
  • Over 80 professors and postdocs
  • Over 100 early career researchers
  • 64 research groups
  • Collaborations with Max Planck Institutes, German Aerospace Center, Forschungszentrum Jülich

Research building

Forschungsbau ZGH Außenansicht

At the Center for Interface-Dominated High Performance Materials, materials for extreme conditions are analysed and continuously optimized.

Ongoing projects

Alfred Ludwig ist Sprecher des SFB

The team at this Collaborative Research Centre aims to understand and design the surfaces of complex metallic solid solutions with atomic precision.

A super tightly spaced periodic array of laser pulses to cut, weld, or 3D print materials.

Catalysts should be efficient and durable. To find them, four teams are systematically working together on new concepts.

Dislocations have a major impact on the properties of metals. Markus Stricker is trying to get to the bottom of them using simulations.

In order to improve the safety and durability of batteries, for example those used in electric cars, it is necessary to understand the processes that take place inside them down to the atomic level. Tong Li intends to lay the foundations for this as part of a Consolidator Grant.

Partner in the University Alliance Ruhr

The Research Center Future Energy Materials and Systems of the University Alliance Ruhr is dedicated to sustainable materials for the energy applications of the future.

RC Future Energy Materials and Systems

Contact

Prof. Dr.
Ralf
Drautz

Phone Number

Prof. Dr.
Tong
Li

Phone Number
Zwei Hände schrauben an einem großen Messgerät.

Whether sustainable materials, plasma research, astrophysics, terahertz or laser technology: understanding the basics and being equipped for the challenges of the future - this is the aim of the focus area.

Bildliche beispielhafte Darstellung eines Dokuments.
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