prof. Ing.

Josef Štětina

Ph.D.

FME, ITE – Director of Department

+420 54114 3269
Josef.Stetina@vutbr.cz

Curriculum vitae

1987, MSc., Faculty of Mechanical Engineering (FME), Brno University of Technology (BUT), specialization: Transport Engineering
2007, Ph.D., Faculty of Metallurgy and Materials Engineering, VSB-Technical University Ostrava, specialization: Thermal Technology and Fuel in Industry
2008, associate professor, Faculty of Metallurgy and Materials Engineering, VSB-Technical University Ostrava, specialization: Thermal Technology in Industry
2016, professor, Brno University of Technology, Machines and Equipment

2018-05-01 - ...
Brno
Director of Institute of Automotive and Transport Engineering, BUT Brno
employment type 1.0

1987-1990, assistant to professor, Department of Internal Combustion Engines and Vehicles, BUT Brno
1990-1992, internship, Department of Internal Combustion Engines and Vehicles, BUT Brno
1993-1994, PhD studies, Department of Internal Combustion Engines and Vehicles, BUT Brno
1995-2007, assistant to professor, Institute of Energy, BUT Brno
2007-2008, assistant to professor, Institute of Energy, BUT Brno
2008-2016, associate professor, Institute of Energy, BUT Brno
2016-today, professor, Institute of Energy, BUT Brno
2018-today, director of Institute of Automotive and Transport Engineering, BUT Brno

Lectured courses:

Supervised courses

Preparation courses:

Pedagogic projects:

He is involved in the investigations within a number of research projects, the results of which have been published in 42 research reports
99 scientific articles.
He established a new computer centre at the Institute. His professional interests include mathematical simulation of dynamic behaviour of thermal-mechanical systems, the method of finite elements for structural analysis, dynamics and heat transfer problems, flow and acoustics, data acquisition of thermomechanical quantities, optimization of thermo-mechanical systems with application of non-linear optimization methods, computer graphics methods.
He has co-operated within 13 grant projects, especially under GAČR, EUREKA, COST, KONTAKT and U.S.-Czech GA.

Josef Bozek National Center of Competence for Surface Vehicles TN01000026
Computer Simulations for Effective Low-Emission Energy Engineering (ComSi) EF16_026/0008392
GA19-20802S A coupled real-time thermo-mechanical solidification model of steel for crack prediction
GA15-11977S, An adaptive front tracking method for parallel computing of phase change problems
GA106/09/0940, Numerical and stochastic model of continuously cast steel slabs: 2009-2011
FI-IM/021 Research, development and field application of a dynamic model for the control of technology of a continuous billet caster. 2004 – 2006
GA106/04/1334 Optimization of technological parameters of the gravity-cast rolls for rolling rails. 2004-2006
GA106/98/0296 Optimization of slab continuous casting with use of numerical model. 1998-2000
GA106/93/0440 Thermokinetics of Technological Processes. 1993-1994
OC 526.10 OPTIMIZATION OF CASTING OF CORUNDOBADDELEYIT MATERIAL (EUCOR) 2000-2005
OE113 Creation Of Set Of Models For Prediction Of Technological Parameters And Thermal Processes For Enhancement Of TQM System. 2002-2005
OE38/2 Optimization of Quality of Continiuously Cast Billets Required for Subsequent Technological Processing 1998-2001