Dr. István Biró

Assistant professor

Contact

Iroda: T. bld. 4. fl. 48.
Telefon: +36 1 463 2640
Fax: +36 1 463 3176
Calling hours during semester:
On Monday 12:15-13:45 and Thuesday: 10:15-11:45
E-mail: biro

 

 

 


Availability

Education / Work

Febr.2013 -: Géza Pattantyús-Ábrahám Doctoral School of Mechanical Engineering
Jan.2011-Jan.2013: MSc in Mechanical Engineering, Budapest University of Technology and Economics
Sept.2007-Jan.2011: BSc in Mechanical Engineering, Budapest University of Technology and Economics
Sept.2003-June 2007: Veress János Szakközép-, Szakképző Iskola és József Attila Gimnázium, Kunszentmárton (secondary school)

Scientific degrees

2016. Presumed accomlishment of PhD-studentship

Prizes, acknowledgements, scholarships

2011. XXX. OTDK (National Scientific Students’ Associations Conference) Section of Technological Sciences I. prize and Special prize for presentation

Research interests and activities

Machinability of high strength materials
Machinalility of metal-based materials
Cutting ability of tools
Correlation between specific cutting forces and minimum chip thickness
Design and evaluation of cutting tests

Bibliography

List of publications can be found at:
https://vm.mtmt.hu//search/slist.php?nwi=1&inited=1&ty_on=1&url_on=1&cite_type=2&orderby=3D1a&location=mtmt&stn=1&AuthorID=10042869&Scientific=1

Subjects taught

Gépgyártástechnológia laboratories (BSc, hungarian)
Manufacturing laboratories (BSc)
Forgácsoló megmunkálások practises (BSc, hungarian)
Manufacturing processes practises (BSc)
Gyártóeszköz tervezés projekt laboratories (BSc, hungarian)
Szerszám- és készüléktervezés laboratories (BSc, hungarian)
Különleges gyártási technológiák lecture (BSc, hungarian)
CAD/CAM alkalmazások practises (BSc and MSc, hungarian)
Forgácsolási folyamatok lecture and laboratories (MSc, hungarian)
Projekt A consultation of semester tasks (MSc, hungarian)
BSc and MSc thesis consultation

Languages spoken

English – general intermediate, combined (C)
German – general intermediate, combined (C)

Proposed topics

Complex evaluation of milling tests
Energetics of micromilling
Indirect definition of minimum chip thickness via cutting force measurement
Material deformations at micro-scaled chip removal

 

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