Axel Groniewsky - ODT Personal data sheet


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Personal data sheet

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personal data approved: 2024. III. 18.

Personal data

name	Axel Groniewsky
name of institution	Budapest University of Technology and Economics
doctoral school	BME Géza Pattantyús-Ábrahám Doctoral School of Mechanical Engineering (Announcer of research topic Az adott oktató valamelyik doktori iskolában kiírt doktoranduszok számára kutatási témát, amire most jelentkezni is lehet, de még nincsen témavezetett doktorandusza. )
the share of work in the different doctoral schools.	BME Géza Pattantyús-Ábrahám Doctoral School of Mechanical Engineering 100%

Contact details
E-mail address	groniewskyenergia.bme.hu
phone number	+36 1 463-3270
	own web page

Academic title
scientific degree, title	Ph.D.
year degree was obtained	2016
discipline to which degree belongs	mechanical engineering
institution granting the degree	Budapest University of Technology and Economics

Employment
2010 -	Budapest University of Technology and Economics university professor or researcher

Thesis topic supervisor

number of doctoral students supervised until now

number of students who fulfilled course requirements

students who obtained their degrees:

	Réka Kustán	PhD	2023	PAGDSME
	Muthalagappan Narayanan	PhD	2022	PAGDSME

Thesis topic proposals

Research
research area	thermodynamic modeling and optimization of energy conversion systems; thermoeconomic analysis of complex systems; working fluids
research field in which current research is conducted	mechanical engineering

Publications

2023

Groniewsky A., Kustán R., Imre A.R.: Simultaneous working fluid and expander selection method for reaching low-threshold technology organic Rankine cycle (ORC) design, ENERGY SCIENCE & ENGINEERING 11: (7) pp. 2330-2350.
type of document: Journal paper/Article
language: English
URL

2020

Urbán András, Groniewsky Axel, Malý Milan, Józsa Viktor, Jedelský Jan: Application of big data analysis technique on high-velocity airblast atomization: Searching for optimum probability density function, FUEL 273: 117792
type of document: Journal paper/Article
number of independent citations: 11
language: English
URL

2020

Groniewsky Axel, Wagner Csaba: Investigation of the Effect of the Regenerative Heat Exchanger on the Performance of Organic Rankine Cycles Using Perturbed Chain–Statistical Associating Fluid Theory Equation of State, INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH 59: (44) pp. 19643-19656.
type of document: Journal paper/Article
number of independent citations: 9
language: English
URL

2019

Gyorke G, Groniewsky A, Imre AR: A Simple Method of Finding New Dry and Isentropic Working Fluids for Organic Rankine Cycle, ENERGIES 12: (3) 480
type of document: Journal paper/Article
number of independent citations: 24
language: English
URL

2019

Imre AR, Kustan R, Groniewsky A: Thermodynamic Selection of the Optimal Working Fluid for Organic Rankine Cycles, ENERGIES 12: (10) 2028
type of document: Journal paper/Article
number of independent citations: 25
language: English
URL

2019

Imre AR, Groniewsky A, Gyorke G, Katona A, Velmovszki D: Anomalous Properties of Some Fluids - with High Relevance in Energy Engineering - in Their Pseudo-critical (Widom) Region, PERIODICA POLYTECHNICA-CHEMICAL ENGINEERING 63: (2) pp. 276-285.
type of document: Journal paper/Article
number of independent citations: 12
language: English
URL

2018

Györke G, Deiters UK, Groniewsky A, Lassu I, Imre AR: Novel classification of pure working fluids for Organic Rankine Cycle, ENERGY 145: pp. 288-300.
type of document: Journal paper/Article
number of independent citations: 59
language: English
URL

2018

Groniewsky A, Imre AR: Prediction of the ORC Working Fluid’s Temperature-Entropy Saturation Boundary Using Redlich-Kwong Equation of State, ENTROPY 20: (2) 93
type of document: Journal paper/Article
number of independent citations: 11
language: English
URL

2017

Groniewsky A, Györke G, Imre AR: Description of wet-to-dry transition in model ORC working fluids, APPLIED THERMAL ENGINEERING 125: pp. 963-971.
type of document: Journal paper/Article
number of independent citations: 32
language: English
URL

2013

Groniewsky Axel: EXERGOECONOMIC OPTIMIZATION OF A THERMAL POWER PLANT USING PARTICLE SWARM OPTIMIZATION, THERMAL SCIENCE 17: (2) pp. 509-524.
type of document: Journal paper/Article
number of independent citations: 24
language: English
URL

Number of independent citations to these publications:

207

Scientometric data

list of publications and citations

number of scientific publications that meet accreditation criteria:

number of scientific publications:

monographs and professional books:

monographs/books in which chapters/sections were contributed:

number of independent citations to scientific publications and creative works:

221

2024. IV. 17.
ODT ülés
Az ODT következő ülésére 2024. június 14-én, pénteken 10.00 órakor kerül sor a Semmelweis Egyetem Szenátusi termében (Bp. Üllői út 26. I. emelet).