Materials research is vital to a competitive economy. As the leading manufacturer of testing systems, ZwickRoell promotes and fosters the exchange of information with academic institutions. Presentations and workshops are the ideal forum for this. That is why ZwickRoell has sponsored ZwickRoell Academia Day for many years. It takes place every spring at a different European university or institutions of higher education.
This event gives us an opportunity to recognize how materials testing machines are used in many innovative applications. ZwickRoell Academia Days of the past have served as a platform for the rigorous exchange of ideas and opinions among participants. The mix of participants from science and industry makes this event special, always ensuring there is a direct connection between theory and practice.
On 26th May the winners of the ZwickRoell Science Award received their prizes during the ZwickRoell Academia Day 2017 at the Hong Kong University of Science and Technology. More than seventy participants from twenty countries had submitted 100 entries, presenting the jury with a difficult task.
First prize, together with 5,000 euros in prize money and the Paul Roell Medal, went to Maria F. Partano of the University of Trento, Italy, for her nano testing machine based on MEMS technology and used for characterization of small components and materials. Progressive miniaturization and the increasing use of nano materials necessitate micro-scale characterization, as characteristic values from macroscopic tests cannot be scaled at will.
David Jocham of the Technical University of Munich received second prize for his method of biaxial determination of the yield locus of mild steel during forming.
Third prize was awarded to Zihao Quin of Tsinghua University in China for his work in the field of oscillating signals in dynamic materials testing at high speeds.
On 26 April the winners of the ZwickRoell Science Award 2015 received their awards during the seventh ZwickRoell Academia Day, held at the Czech Academy of Sciences in Prague against a scientific backdrop of lectures on the subject of materials testing.
This year’s winner of the Paul Roell medal, together with the first prize of 5,000 euros, is Enrique Alabort of the University of Oxford, one of the world’s ten leading engineering universities. In a compelling lecture he expounded the superplasticity of alloy materials, including for example the properties of polycrystalline materials, which can deform by several hundred per cent. Second prize went to Benjamin Zillmann of Chemnitz University of Technology (Germany), with a paper on the biaxial deformation of sheet metals, primarily in compression tests. Third place was occupied by Ozgur Atalay PhD of Istanbul Technical University, who highlighted possible ways of integrating sensors into textiles by means of electrically conductive fibers. The three winners were chosen out of 160 entries from 26 countries.
For the sixth time in succession, ZwickRoell Academia Day was the setting for the presentation of the 2014 ZwickRoell Science Awards. An international audience gathered at the Swiss Federal Institute of Technology (ETH) in Zurich on June 2, 2015, to celebrate the achievements of this year’s winners of the prize for the most innovative use of a materials testing machine in a scientific context.
A first prize of 5,000 euros went this year to Markus Seidl of the Institute of Physical Chemistry at the University of Innsbruck. His paper describes the special features of the phase diagram of water at very low temperatures and high pressure— an aggregate state that can be brought about by the use of liquid nitrogen and a ZwickRoell AllroundLine testing machine. The results of the research are interesting for all processes in which crystal nucleation and growth is a relevant component, ranging from areas of biology and environmental technology to food engineering and pharmaceutical engineering; for example how this knowledge can be used to extend the shelf life of medicines.
The jury, made up this year of representatives from the University of Bayreuth, the University of Bristol, and the ETH Zurich, awarded second and third places to German scientists. An additional third place went to a project from Spain. The winners also had the opportunity to present their work alongside notable professors as part of the Academia Day series of scientific lectures in front of an international audience of experts.Photo (from left to right): Markus Seidl (1st prize), Alper Güner (3rd prize), Dr. Stefan Schmaltz (2nd prize), Dr. Rocío Muñoz Moreno (3rd prize)
On April 9, 2014, the winners of the 2013 ZwickRoell Science Award were presented their awards at the fifth ZwickRoell Academia Day at the Universidad Rey Juan Carlos in Madrid. The technical framework of the event featured presentations focused on the testing of lightweight materials.
The winner of the Paul Roell Medal and first prize of 5,000 euros was Debrupa Lahiri of the Indian Institute of Technology in Roorkee. She completed her Master of Technology degree at IIT Kanpur and her doctorate at Florida International University. Her thesis describes the binding behavior of carbon nanotubes with a substrate. Her findings can be used in developing coating technologies for endoprostheses, so they can be better embedded in human tissue.
The second prize went to a scientist from Great Britain, and the third prize was shared by two scientists from the USA and Germany. There were a total of 119 entries for the 2013 ZwickRoell Science Award, and the scientific lecture series of the Academia Days provided a comprehensive view of today's important scientific issues in materials testing.
On April 17, 2013, the winners of the 2012 ZwickRoell Science Award received their awards at the fourth ZwickRoell Academia Day, held this year at Manchester University, England. In addition to various expert presentations on the subject of materials in challenging environments, they also had the opportunity to present their own technical articles.
The winner, Michal K. Budzik, of the University of Bordeaux, examined how to determine the fracture behavior of composites using a ZwickRoell materials testing machine. The results offer a better understanding of industrial bonding processes. Second and third prizes went to projects from Spain and Italy. A total of 72 scientists from 17 different countries took part in the ZwickRoell Science Award.