Dr. Michal Pohanka

Personal Page

Curriculum vitae:

Born: 9-25-1974, Brno, Czech Republic
Basic school: Slovanské náměstí, Brno
Grammar school: Táborská, Brno (specialization - mathematics and physics)

School-leaving examination 6-2-1993

University: Brno University of Technology, Faculty of Mechanical Engineering

Here you can find my diploma project Program system controlling technological process in a brick factory
Ing. (MS.) degree, specialization Mechatronics, obtained on 6-25-1999

Postgraduate study: Brno University of Technology, Faculty of Mechanical Engineering, Heat transfer and fluid flow laboratory, Topic: Technical Experiment Based Inverse Tasks in Mechanics

Here you can find my Ph.D. Thesis
Ph.D. (Dr.) degree, branch Design and Process Engineering, obtained on 10-25-2006

Programming business: since 1996, development of computer based real control, modelling, simulations, and computational software:

Borland Delphi; BDE
Visual C++
Control Web
Control Panel
Top Speed Modula
(Visual Basic)

Technician: since 2006, Brno University of Technology, Faculty of Mechanical Engineering, Heat transfer and fluid flow laboratory

Plublications

Kotrbáček, P.; Horský, J.; Raudenský, M.; Pohanka, M. Experimental study of heat transfer in hot rolling. In 26e Journées sidérurgiques internationales. Paris, 2005, pp. 42–43. ISBN 2-911212-05-3.
Horský, J.; Raudenský, M.; Pohanka, M. Experimental study of heat transfer in hot rolling and continuous casting. In Material Science Forum. Switzerland: Trans Tech Publication, 2005, Vols. 473–474, pp. 347–354. ISBN 0-87849-957-1.
Kotrbáček, P.; Horský, J.; Raudenský, M.; Pohanka, M. Influence of parameters of hydraulic descaling on temperature losses and surface quality of rolled material. In Metal Forming 2004. Kraków (Poland), 2004, pp. 367–370. ISBN 3-937057-08-0.
Raudenský, M.; Horský, J.; Pohanka, M.; et al. Experimental Study of Parameters Influencing Efficiency of Hydraulic Descaling. In 4th Int. Conf. Hydraulic Descaling. London, 2003, pp. 29–39.
Pohanka, M.; Woodbury, K. A. A Downhill Simplex Method for Computation of Interfacial Heat Transfer Coefficients in Alloy Casting. Inverse problems in engineering, October 2003, Vol. 11, No. 5, pp. 409–424.
Pohanka, M. Two-dimensional correction of data measured using a large pressure sensor. In Computational methods and experimental measurements XI. Halkidiki: WIT Press, 2003, pp. 587–596. ISBN 1-85312-969-0.
Pohanka, M.; Woodbury, K. A.; Wolley, J. Obtaining Temperature Dependent Thermal Properties of Investment Casting Mold. In Proc. of the International Mechanical Engineering Congress and Exposition. New Orleans (LA): ASME, November 2002, 2-20-5-1.
Raudenský, M.; Horský, J.; Pohanka, M. Optimal Cooling of Rolls in Hot Rolling. Journal of material processing technology. 2002, Vol. 125–126, pp. 700–705.
Tošovký, J.; Pohanka, M.; Kotrbáček, P. Stress Analysis of Scale Layer for Descaling Process. In 40th int. conf. experimental stress analysis. Praha, 2002, pp. 247–252. ISBN 80-01-02547-0.
Pohanka, M.; Raudenský, M. Determination of Heat Resistances Between Installed Thermocouple and Body Used for Computing Heat Transfer Coefficients. In Engineering mechanics 2002, Svratka (Czech Republic), 2002, pp. 227–228. ISBN 80-214-2109-6.
Raudenský, M.; Pohanka, M.; Horský, J. Combined inverse heat conduction method for highly transient processes. In Advanced computational methods in heat transfer VII. Halkidiki: WIT Press, 2002, pp. 35–42. ISBN 1-85312-9062.
Pohanka, M.; Raudenský, M.; Horský, J. Optimizing parameters of a mathematical model for cooling hot surfaces by nozzles. In Engineering mechanics 2000. Svratka (Czech Republic), 2000, pp. 267–272. ISBN 80-86246-03-5.
Pohanka, M.; Raudenský, M.; Horský, J. Attainment of more precise parameters of a mathematical model for cooling flat and cylindrical hot surfaces by nozzles. In Advanced computational methods in heat transfer VI. Madrid: WIT Press, 2000, pp. 627–635. ISBN 1-85312-818-X.
Pohanka, M.; Raudenský, M.; Horský, J.; Druckmüller, M. How to Precisely Define Computational Models of Heat Process with Experimental Setting under Marginal Conditions. In Inženýrská mechanika 99. Svratka (Czech Republic), 1999, pp. 717–722. ISBN 80-214-1323-9.