ZwickRoell Science Award
For more than ten years, the ZwickRoell Science Award has honored current, outstanding science projects that make a valuable contribution to broadening the understanding of materials testing in various scientific disciplines. Through interaction and discussions with scientists we are continuously gaining valuable insights into where research progress is currently being made within the field of materials and components testing. Even we are continuously surprised to find new ways in which materials testing machines are being used. These insights help us to provide better solutions for our customers.
ZwickRoell Science Award 2023
Have you published interesting scientific work in the area of materials testing? ZwickRoell awards this distinction to authors of scientific papers on the most innovative uses of materials testing machines. Submission deadline is January 15, 2024.
Prizes
- 1st place: Paul Roell Medal and €5,000
- 2nd place: € 2,000
- 3rd place: € 1,000
You can find more information on the ZwickRoell Science Award in our flyer. We look forward to your submissions!
You are welcome to submit your publication in writing via e-mail or to the following mailing address:
ZwickRoell GmbH & Co. KG
August-Nagel-Str. 11
89079 Ulm, Germany
E-mail: scienceaward@zwickroell.com
Technische Universität Dresden
One of the main focuses of the Institute of Lightweight Engineering and Polymer Technology at TU Dresden is researching the failure mechanisms of fiber-reinforced composites. Aided by a computer tomography (CT) system, the group examines the formation of cracks under defined stress states at the institute. To help with this project, ZwickRoell built a 250 kN machine with a 1,000-Nm torque motor large enough to accommodate a CT scanner.
University of Oxford – Test on a silk cocoon
In Oxford, scientists are busy researching silk. In addition to understanding the fascinating mechanical properties of silk, these researchers are also interested in its production. A silkworm's cocoon is traditionally unraveled to collect the silk. To demonstrate an alternative option, Beth Mortimer's group selected the following approach.