The IFHTSE Medal is awarded from time to time for internationally recognised distinguished achievements in Heat Treatment and Surface Engineering. These may equally be seminal scientific findings or innovative breakthroughs in our industry which are widely published and cited.
Bhadeshia, Harshad Kumar Dharamshi Hansraj "Harry"
University of Birmingham, UK
MAAG Gear Co., Switzerland, and first IFHTSE Secretary
Colorado School of Mines, Golden, CO, USA
Kyoto University, Japan
Max Planck Institute for Metals Research, Stuttgart, Germany
Texas A&M University, USA, and Totten Associates
University of Cambridge, UK
Technical University of Denmark, Lyngby
Colorado School of Mines, Golden, CO, USA
The IFHTSE Fellowship recognises individuals who have made outstanding and significant contributions to the development of heat treatment or surface engineering. These may be
- achievements in research and development,
- in publishing and publicity,
- in forming or leading the HTSE community in a specific field or geographic region,
- in teaching and recruiting young talents for HTSE,
- or a leading role in an activity of the Federation,
- or a substantial support for the Federation,
- or a successful representation of the Federation as an ambassador to a specific community.
This Award, sponsored by LINDE GAS, is given for the best paper from a young author presented at the IFHTSE Congress. It consists in the invitation for free participation at the next IFHTSE Congress. The award is named in honour of the late Prof. Tom Bell of the University of Birmingham, IFHTSE President
To be eligible for the TBYAA, the author must
• be under 35 years of age on the first day of the Congress,
• register for the award when submitting the paper to the Congress,
• submit the full paper not later than a month before the event
• and present the paper in person at the Congress.
|Year||Given Name||Family Name||Affiliation||Country||Title of the Paper|
|2019||Riyana||Ableyeva||Moscow State University of Technology Stankin||Russia||Investigation of structure and properties from aluminum matrix composite materials produced by selective laser melting|
|2018||Liang||Wu||Chongqing University||China||Fabrication and Characterisation of Layered Double Hydroxide Films by Conversion of MAO coatings on Magnesium Alloys|
|2017||Mehdi||Khalloufi||Cemef Mines Paristech||France||Simulation of turbulent boiling with phase change and industrial steel quenching processes|
|2016||Matteo||Villa||Technical University of Denmark||Denmark||The sub-zero Celsius treatment of stainless steels: experiments and perspective|
|2015||Gundis||Grumbt||TU Bergakademie Freiberg||Germany||Electron beam hardening of PVD-coated steels - improved load-supporting for Ti1-xAlxN layers capacity|
|2014||Tobias||Steiner||Max Planck Institute for Intelligent Systems, Stuttgart||Germany||Internal nitriding of Fe-Cr-Mo alloys; Nitride precipitation|
|2012||Xiaoyue||Jin||College of Nuclear Science and Technology||China||Characterization of wear-resistant coatings on 304 stainless steel fabricated by cathodic plasma electrolytic oxidation|
|2010||Paula||Fernanda da Silva Farina||Beijing Normal University||Effects of cryogenic and stress relief treatment in temper carbides precipitation in an AISI D2 tool steel|
|2008||Mariann||Lovonyak||Materials Center Leoben Forschung GmbH, Leoben 8700, Austria||Austria||Influence of Si on the Nitriding Behavior of Hot Work Tool Steels|
|2007||Imre||Felde||Bay Zoltan Institute for Materials Sciences and Technology, Budapest||Hungary||Characterisation of hardening performance of quenchants by integrated numerical methods|
|2000||Arnim||Küper||Stiftung Institut für Werkstofftechnik, Bremen||Germany||Plasma-assisted boronising using trimethyl borate|
|1998||Bernd||Reinhold||Technical University Freiberg||Germany||Plasma nitriding of aluminium alloys|
|1996||M.C.||Nestler||SulzerMetco (Deutschland) GmbH||Germany||Production of duplex coatings through process combination thermal spraying / nitriding|
|1994||Michael||Lohrmann||Stiftung Institut für Werkstofftechnik, Bremen||Germany||Characterisation of the quenching behaviour of gases|
|1992||Toshimitsu||Kimura||Daido Steel Co Ltd Research and Development, Nagoya||Japan||Supercarburising characteristics and fatigue properties of chromium bearing steels|
Honorary Presidents have rendered outstanding and continuous service to the Federation over many years, not necessarily as President. They have given the Federation its shape and standing in their time and have enlarged its scope, initiated new activities, or renewed and reinforced its structure and been the face of the Federation for the public.
One of the most valuable achievements of IFHTSE over the years has been the development of fruitful and mutually beneficial personal contact in groups of leading figures in industry and academic life, among widely differing political regimes, and through some difficult and often dangerous times.
Zoltán Kolozsváry has provided outstanding leadership in this respect for several decades, beginning in the 1970s. His multilingual abilities (he will happily communicate in his native Hungarian and Romanian as well as in English and German) have always ensured a good level of understanding in many meetings. For example, after the changes in the USSR/Russia he was central to the restoration of active Russian contributions to IFHTSE, and membership of the Russian Heat Treating Society to IFHTSE.
Dr. Kolozsváry participated in his first international conference held in Switzerland 1968. He attended many meetings and conferences of the International Federation for Heat Treatment (IFHT) from the beginning of the Federation (1971) and he has represented Romania in the Federation from 1986.
He became IFHTSE President in 1998 and Treasurer of the Federation in 2001, which duty he served until 2016. He became a Fellow of IFHTSE in 2007. He was the project leader for the IFHTSE initiative "Global 21", a survey on the state of the art and expected development trends in heat treatment and surface engineering in the early years of the 21st century.
Dr. Kolozsváry was born in 1937 in Târgu Mureș, Romania. He graduated with honors from the Technical University of Bucharest in 1959. He started to work in the machine factory „Encsel Mór” (Târgu Mureș) as trainee and soon became the head of the Heat Treatment workshop. In 1963, he was commissioned to build a nitriding furnace and technology for large parts used for knitting machines. This development has ultimately determined his professional and scientific career where he focused on the effect of nitriding technology (salt bath and atmosphere treatments) on the wear of steel parts. He defended his doctoral dissertation in 1970. The year after, he was nominated to establish a Romanian Research Institute for Heat Treatments and Surface engineering. His patents on gas nitriding have been used by several companies related to the German vehicle industry and his company “Plasmatherm” is well noted for plasma nitriding for many different applications. In 1973 he was invited to Liverpool University as a visiting researcher by Professor Tom Bell. He became the scientific director of the institute “Metalotehnica” 1976.
He has published more than 200 scientific and technological papers in 8 languages, several chapters in Metal Handbooks, ASM Handbooks and Handbook of Residual Stress and Deformation.
From the foundation of the then IFHT 1971/72, Urs Wyss served as Secretary of the then IFHT until 1988. In that period, and especially in the early days, his dedication, charm and easy ability in German, French and English ensured a successful launch for the Federation. He wrote the constitution, inspired the early meetings, encouraged his collaborators and fostered fruitful East-West relations. Without him, it is unlikely that the venture would have been so fruitful.
Wyss combined his organisational and administrative skills with a successful materials engineering career in industry. As manager of the metallurgical laboratory and heat treatment workshop of Maag Zahnräder AG, Zürich, he developed a drip-feed technology using liquid hydrocarbons (Carbomaag) which brought him many international patents. Significant publications and conference contributions resulted from his industrial work.
In 1982, AWT awarded him the Adolf Martens medal. He was President of the Swiss Society for Heat Treatment in 1953, when he was only 30, and was appointed their Honorary President in 1972. He was also an Honorary Member of the Association Technique de Traitement Thermique (ATTT), France. In 2006 he was awarded the IFHTSE Medal.
As early as 1970, in the preparation meeting for the foundation of the then IFHT, Dr. Meyer, director of Climax Molybdenum, Zurich, Switzerland, took the active role of Chairman of the Founding Committee and was subsequently President until 1974.
Honorary Vice Presidents have supported the Federation continuously as valid partners and friends over many years while they served in functions of other associations or companies.
"Professor Tamura, elected as Vice-President in 1990, had reluctantly decided that, for health reasons, he would be unable to take office as President of IFHT for the period 1992-1993. In recognition of Professor Tamura's work on behalf of IFHT, the Executive Committee unanimously recommended his appointment as Honorary (life) Vice-President. The Governing Council approved this with acclamation and Professor Tamura accepted the honour."
(From the minutes of the Governing Council Assembly 1992 in Kyoto, Japan)
"He (the President) also placed on record the Governing Council's gratitude to the organisers of the Chicago Congress in general, and the generous hospitality of Mr Bodeen in particular. He reported the award of a commemorative document to Mr Bodeen"
(From the minutes of the Governing Council Assembly 1989 in Lisbon, Portugal)
Given for the best talk at an IFHTSE conference in Europe
• by a speaker under 35 years of age on the 1st day of the conference
• on an issue of high scientific or commercial relevance
• with implication for the industrial practice
• in a clear and comprehensible fashion
• accompanied by concise and plausible visualization
• with poised and competent answers to any questions from the audience.
Awardee at the 3rd International Conference on HTSE in Automotive Applications, Prague 2016:
Maximilian Walter, Ruhr-University, Bochum
Best Poster Awards were sponsored by LINDE GAS two times at the Congresses 2014 and 2015 in Munich and Venice. Three awards were given at each conference.
Anke Dalke, TU Bergakademie Freiberg, Germany
Dennis Formosa, University of Birmingham, Great Britain
Mahdi Soltani, Università di Brescia, Italy
Dr Anja Buchwalder, Bergakademie TU Freiberg, Germany
Tobias Steiner, Robert Bosch GmbH, Germany (who won also the TBYAA
in the same event)
Prof. Masahiro Okumiya, Toyota Technological Institute, Japan