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Csenge Andrea Molnár

PhD student

Resume

Introduction

This is the official website of Csenge Andrea Molnár, where You can find informations about my research and my teaching avtivities. I am a PhD student in mechanical engineering at Budapest University of Technology and Economics under the supervision of Tamás Insperger and I am a research assistant at the MTA-BME Lendület Human Balancing Research Group. My research field is the examination of human balancing on balance board as a time delay system, which involves numerical simulation, stability analysis, and measurements.

  • 1111, Budapest, Hungary, Muegyetem rkp. 5. MM. bldg. I. fl. 39.
  • +36306471314
  • csenge.molnar@mm.bme.hu

Personal details

Name Csenge Andrea Molnár
Date of birth January 4, 1994
Place of birth Győr, Hungary
Nationality Hungarian

Education

2018. 01. – PhD student, Budapest University of Technology and Economics
Faculty of Mechanical Engineering, Department of Applied Mechanics
Research area: Modelling and simulation of human balancing on balance board
Supervisor: Insperger Tamás
Budapest, Hungary
2016. 01. – 2018. 01. MSc in Mechanical Engineering Modelling, Budapest University of Technology and Economics
Faculty of Mechanical Engineering, Department of Applied Mechanics
Specialized in Solid Mechanics, Design and Technology
Final project: Human balancing on rolling balance board in the frontal plane
Budapest, Hungary
2012. 09. – 2016. 01. BSc in Mechanical Engineering, Budapest University of Technology and Economics
Faculty of Mechanical Engineering, Department of Applied Mechanics
Specialized in Applied Mechanics
Final project: Development of a new intraocular lens which replaces the function of a capsular tension ring
Budapest, Hungary
2006. 09. – 2012. 06. Révai Miklós Secondary School
Győr, Hungary

Professional Career

2017. 07. – 2018. 03. Engineer trainee, Robert Bosch Ltd.
Main task: Simulation of wiper system mechanism including friction loss
Budapest, Hungary
2016. 06. – 2017. 01. Engineer trainee, Knorr-Bremse Ltd.
Main task: Research of wheel-rail contact during braking
Budapest, Hungary
2015. 07. – 2016. 01. R&D engineer, Medicontur Ltd.
Main tasks: Design of intraocular lenses, finite element analysis
Zsámbék, Hungary

Experience Abroad

2017. 01. – 2017. 06. Exchange student, Miguel Hernández University
Elche, Spain

Conferences

2018. 09. 35th Danubia-Adria Symposium on Advances in Experimental Mechanics
Poster presentation: Human balancing in the sagittal plane
Sinaia, Romania
2018. 06. 14th IFAC Workshop on Time Delay Systems
Oral presentation: Human balancing on rolling balance board in the frontal plane
Budapest, Hungary
2018. 05. 16th Youth Symposium on Experimental Solid Mechanics
Oral presentation: Human balancing on rolling balance board
Traunkirchen, Austria
2017. 04. 25th International Conference on Mechanical Engineering
Oral presentation: Modelling of balancing abilities on balance board in the sagittal plane
Cluj-Napoca, Romania

Honors

2017. 11. 2nd prize at the Scientific Conference of Students
Title of essay: Modelling of human balancing on balance board in the frontal plane
2017. 09. - 2018. 01. National Higher Education Scholarship
2017. 09. - 2018. 01. ÚNKP New National Excellence Program of the Ministry of Human Capacities
Research: Modelling of human balancing on rolling balance board
2017. 04. 2nd prize at the National Student Conference of Science
Title of essay: Parametric examination of balancing on balance board
2017. 01. - 2017. 06. Campus Mundi Scholarship
Exchange student, Miguel Hernández University
Elche, Spain
2016. 11. 1st prize at the Scientific Conference of Students
Title of essay: Parametric examination of balancing on balance board

Languages

English Intermediate level certificate (B2)
German Advanced level certificate (C1)
Spanish Beginner level
Hungarian Native

Education

Statika

  • 1st practice: Alapfogalmak
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  • 4th practice: Erőrendszer redukáltja
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  • 5th practice: Rácsos szerkezetek
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  • 6th practice: Minta ZH
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  • 8th practice: Igénybevétel 1.
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  • 9th practice: Igénybevétel 2.
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  • 10th practice: Síkgörbe rudak igénybevételei
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  • 11th practice: Súlypont
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Szilárdságtan

  • 1st practice: Rudak, gerendák feszültségi állapota - Normál igénybevétel
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  • 2nd practice: Rudak, gerendák feszültségi állapota - Hajlító igénybevétel
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  • 3rd practice: Ferde hajlítás, görbe rudak hajlítása
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  • 5th practice: Összetett igénybevételek
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  • 6th practice: Főfeszültségek, főirányok
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  • 7th practice: Sajátérték-sajátvektor, Mohr-körök
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  • 8th practice: Általános Hooke-törvény
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  • 9th practice: Egyenértékű feszültség elméletek
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  • 10th practice: Rugalmas száll diffegyenlete, kihajlás
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  • 11th practice: Alakváltozási energia
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  • 12th practice: Deformációk számítása
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  • 13th practice: Statikailag határozatlan szerkezetek
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  • 14th practice: Membrán elmélet
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Dinamika

  • 1st practice: Anyagi pont mozgása, foronómiai görbék
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  • 2nd practice: Robotkar, gördülő kúp
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  • 3rd practice: Gördülő korong, hajtómű
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  • 4th practice: Fal mentén lecsúszó létra (forgattyús mechanizmus, négycsuklós mechanizmus)
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  • 5th practice: Házihoz hasonló példa
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  • 6th practice: Relatív kinematika
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  • 8th practice: Relatív dinamika
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  • 9th practice: Kinetikus energia
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  • 10th practice: Dinamika alaptétele
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  • 10th practice: Kiegészítés: Súrlódás
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  • 11th practice: Síkbeli vizsgafeladat
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  • 13th practice: Térbeli vizsgafeladat I.
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  • 14th practice: Térbeli vizsgafeladat II.
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Rezgéstan

  • 2nd practice: Csillapítatlan 1DoF rendszer
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  • 3rd practice: Nehézségi erő hatása, rugók előfeszítése, linearizálás
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  • 4th practice: Csillapított 1DoF rendszer
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  • 5th practice: Csillapított 1DoF rendszer
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Végeselem módszer alapjai

  • 2nd laboratory: Rugalmas szál differenciálegyenlete
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  • 3rd laboratory: Síkbeli egyenes rúdelem
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  • 4th laboratory: Síkbeli általános helyzetű rúdelem
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  • 6th laboratory: Gerendaelem
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