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Akos Orosz
Akos Orosz
Department of Computer Science and Systems Technology, Faculty of Information Technology, University of Pannonia
Verified email at dcs.uni-pannon.hu
Title
Cited by
Cited by
Year
P-graphs for process systems engineering
F Friedler, Á Orosz, JP Losada
Springer International Publishing, 2022
36*2022
Multiple-solution heat exchanger network synthesis for enabling the best industrial implementation
Á Orosz, F Friedler
Energy 208, 118330, 2020
322020
Multiple-solution heat exchanger network synthesis using P-HENS solver
Á Orosz, BS How, F Friedler
Journal of the Taiwan Institute of Chemical Engineers 130, 103859, 2022
182022
Socio-Ecological Network Structures from Process Graphs
A Lao, H Cabezas, Á Orosz, F Friedler, R Tan
PLoS ONE 15 (8), e0232384, 2020
162020
Conceptual design of a negative emissions polygeneration plant for multiperiod operations using P-graph
J Pimentel, Á Orosz, KB Aviso, RR Tan, F Friedler
Processes 9 (2), 233, 2021
132021
Synthesis algorithms for the reliability analysis of processing systems
Z Kovacs, A Orosz, F Friedler
Central European Journal of Operations Research 27, 573-595, 2019
122019
The P‐graph approach for systematic synthesis of wastewater treatment networks
KM Yenkie, J Pimentel, Á Orosz, H Cabezas, F Friedler
AIChE Journal 67 (7), e17253, 2021
112021
General formulation for the resilience of processing systems
Á Orosz, J Pimentel, F Friedler
Chemical Engineering Transactions 81, 2020
82020
Synthesis of heat integrated processing systems taking into account reliability
Á Orosz, Z Kovács, F Friedler
Energy 181, 214-225, 2019
82019
Framework to embed machine learning algorithms in P-graph: communication from the chemical process perspectives
SY Teng, Á Orosz, BS How, J Pimentel, F Friedler, JJ Jansen
Chemical Engineering Research and Design 188, 265-270, 2022
72022
Synthesis of multiperiod heat exchanger networks: minimum utility consumption in each period
R Lakner, Á Orosz, BS How, F Friedler
Computers & Chemical Engineering 166, 107949, 2022
72022
Heat integrated water regeneration network synthesis via graph-theoretic sequential method
BS How, A Orosz, SY Teng, JY Lim, F Friedler
Chemical Engineering Transactions 88, 49-54, 2021
72021
Automated Synthesis of Process-Networks by the Integration of P-graph with Process Simulation.
J Pimentel, Á Orosz, RR Tan, F Friedler
CET Journal-Chemical Engineering Transactions 81, 2020
72020
Synthesis of processing systems taking into account reliability
A Orosz, Z Kovacs, F Friedler
Chemical Engineering Transactions 70, 1111-1116, 2018
62018
Synthesis technology for failure analysis and corrective actions in process systems engineering
Á Orosz, F Friedler
Computer Aided Chemical Engineering 46, 1405-1410, 2019
52019
Systems reliability, footprints and sustainability
A Orosz, F Friedler, PS Varbanov, JJ Klemes
Chemical Engineering Transactions 63, 121-126, 2018
52018
Exploring N-best solution space for heat integrated hydrogen regeneration network using sequential graph-theoretic approach
AB Sahl, ACM Loy, JY Lim, Á Orosz, F Friedler, BS How
International Journal of Hydrogen Energy 48 (13), 4943-4959, 2023
42023
Simultaneous synthesis of processes with its heat exchanger networks: P-graph approach
Á Orosza, J Pimentelb, F Friedlerb
CHEMICAL ENGINEERING 76, 2019
42019
Synthesis of multiperiod heat exchanger networks: N-best networks with variable approach temperature
R Lakner, Á Orosz, BS How, F Friedler
Thermal Science and Engineering Progress 42, 101912, 2023
32023
Retrofit synthesis of industrial heat exchanger networks with different types of heat exchangers
O Arsenyeva, Á Orosz, F Friedler
Chemical Engineering Transactions 88, 613-618, 2021
32021
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