CV

EDUCATION


2012   PhD, ‘Local and Global Dynamics of Cutting Processes’, Department of Applied Mechanics, Budapest University of Technology and Economics, Hungary, Prof. Gabor Stepan, DSc
2006   Master, ‘Bifurcation Analysis of a Cutting Process’, Department of Applied Mechanics, Budapest University of Technology and Economics (BME), Hungary

CURRENT POSITION


2012 –   Assistant Professor, Department of Applied Mechanics, Budapest University of Technology and Economics, Hungary


PREVIOUS POSITION


2010 – 2012   Assistant Teacher, Department of Applied Mechanics, Budapest University of Technology and Economics, Hungary


VISITING POSITION


2018   Visiting Researcher (2 months), Dynamics & Control Department, IK4-Ideko, Spain
2017   Visiting Researcher (2 months), Dynamics & Control Department, IK4-Ideko, Spain
2017   Visiting Researcher (1 week), School of Mathematics, Georgia Tech, USA
2014   Visiting Researcher (12 months), Dynamics & Control Department, IK4-Ideko, Spain
2011   Visiting Lecturer (3 months), Aerospace and Mechanical Engineering, The University of Arizona, USA
2009   Visiting PhD Student (1 month), Department of Mathematical Sciences, University of Texas at Dallas, USA
2008   Visiting Engineer (12 months), Dynamics & Control Department, IK4-Ideko, Spain
2007   Visiting PhD student (10 months), Manufacturing Automation Laboratory (MAL), Mechanical Engineering, The University of British Columbia, Canada
2006   EU Socrates/Erasmus (5 months), Faculty of Engineering Math, University of Bristol, UK

TEACHING AND TUTORING


2006-   Tutorials: Statics, Strength of Material, Dynamics, Vibrations, Finite Element Analysis. Lectures: Vibrations, Modal Analysis, Nonlinear Vibrations, Department of Applied Mechanics, Budapest University of Technology and Economics, Hungary
2011   Tutorials in Summer School: Control System Design, Dynamics of Machines Aerospace and Mechanical Engineering, The University of Arizona, USA

NATIONAL RESEARCH PROJECTS


2017 – 2021   NKFI FK-124361, young researcher: ‘Suppression of self-excited vibration in manufacturing processes’, PI
2017 – 2020   NKFI PD-124362, postdoctoral: ‘Modelling of non-smooth behaviour in manufacturing related self-excited vibration problems’, PI
2013 – 2017   NKFI PD-108779, postdoctoral: ‘Development of engineering measurement methodologies for identification of nonlinear mechanical effects’, PI
2012 – 2015   NKFI K-101714, postdoctoral: ‘Contact parameter identification of machines based on nonlinear dynamical experiments’, researcher
2011 – 2016   NKFI K-83890, ‘Piecewise smooth mathematical models in mechanical engineering practice’, PhD student / researcher

INTERNATIONAL RESEARCH PROJECTS


2014 – 2019   FP7 ERC AdV (no. 340889), 2014-2019, ‘Stability islands: performance revolution in machining’, postdoctoral researcher, PI: Gabor Stepan
2014   FP7 HIPPOCAMP (608800/ FP7-2013-NMP-ICT-FOF), 2013-2016: ‘High-power impulse plasma process operations for nano-composite advanced metals and polymers’, researcher
2011 – 2013   FP7 DYNXPERTS (260073/FP7-2010-NMP-ICT-FoF), 2011-2013: ‘Plug & produce components for optimum dynamic performance manufacturing systems’, researcher
2006 – 2007   FP6 ACROBOTER (FP6-IST-2006-045530), 2010-2013: ‘Autonomous Collaborative Robots to Swing and Work in Everyday Environment’, researcher

CONFERENCE SCIENTIFIC COMMETIES


2019, 8th UTIS, Turkey, Antalya, 2-4 November,
2018, 9th UTIS, Turkey, Antalya, 8-10 November,
2019, 8th CIRP VMPT, Canada, Vancouver, 23-25 April.
2019, 15th CIRP HSM, Czech, Prague, 8-9 October.

CONFERENCE ORGANIZATION


2019, ASME, IDETC-CIE, MSNDC, USA, California, Anaheim, 18-21 August,
2020, ENOC 2020, France, Lyon, 5-10 July.

SCIENTOMETRY


WoS cited ref. search: all: 502, indep.: 360, h-index (all): 12, h-index (indep.): 10,
WoS citations: all: 327, indep.: 281, h-index: 10,
Scopus citations: all: 561, independent: 419, h-index (all): 14, h-index (indep.): 11,
Google Scholar citations: all: 901, indep.: 627, h-index (all): 15, h-index (indep.): 13.
Google profile

Research

My research interest is dynamical systems applied for engineering problems. During my research career I mostly focused on manufacturing systems where delay, that is, the past behavior plays a significant role. These systems are generally modelled with delay differential equations. Manufacturing processes, especially cutting processes are modelled with these special equations. Simulating these equations, the surface properties and stability behavior can be figured out, that are essential to have accurate predictions. This foreknown behavior help to optimize processes, design machine tools and tools. National Project about milling and axles rolling NKFI FK-124361.

Publications

ResearchGate
Google profile
Scopus
Web of Science
Web of Science (Cited Reference Search)

Machine Tool Vibration

Machine Tool Vibration 2018/2019 spring
  • first lecture
  • second lecture
  • third lecture
  • forth lecture
  • fifth lecture
  • sixth lecture
  • seventh lecture
  • eigth lecture
  • nineth lecture
  • tenth lecture
  • eleventh lecture
  • twelfth lecture
  • thirteenth lecture (EMMI ÚNKP Bolyai + (ÚNKP-18-4-BME-193))
  • CISM Course 2019

    first lecture, second lecture, third lecture, fourth lecture, fifth lecture, sixth lecture.

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