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Marcin Noga
Marcin Noga
Cracow University of Technology / Politechnika Krakowska
Zweryfikowany adres z pk.edu.pl
Tytuł
Cytowane przez
Cytowane przez
Rok
Application of the internal combustion engine as a range-extender for electric vehicles
M Noga
Combustion Engines 52, 2013
242013
New design of the five-stroke SI engine
M Noga, B Sendyka
Journal of KONES 20 (1), 239--246, 2013
212013
Determination of the theorethical and total efficiency of the five-stroke SI engine
M Noga, B Sendyka
International Journal of Automotive Technology 15, 1083-1089, 2014
162014
Selected issues of the indicating measurements in a spark ignition engine with an additional expansion process
M Noga
Applied Sciences 7 (3), 295, 2017
152017
Increase of efficiency of SI engine through the implementation of thermodynamic cycle with additional expansion
M Noga, B Sendyka
Bulletin of the Polish Academy of Sciences. Technical Sciences 62 (2), 349-355, 2014
152014
Characterization of single-cylinder di diesel engine fueled with waste cooking oil biofuel/diesel blends
D Balasubramanian, PV Inbanaathan, SK Gugulothu, M Noga
Alternative fuels and advanced combustion techniques as sustainable …, 2021
112021
Combustion process in the spark-ignition engine with dual-injection system
B Sendyka, M Noga
Advances in Internal Combustion Engines and Fuel Technologies 53, 2013
112013
The influence of battery degradation level on the selected traction parameters of a light-duty electric vehicle
Z Juda, M Noga
IOP Conference Series: Materials Science and Engineering 148 (1), 012042, 2016
102016
Various aspects of research of the SI engine with an additional expansion process
M Noga
MATEC Web of Conferences 118, 00017, 2017
82017
Propagation of flame whirl at combustion of lean natural gas charge in a chamber of cylindrical shape
B Sendyka, M Noga
Combustion Engines, 2007
82007
The application of NiMH batteries in a light-duty electric vehicle
M Noga, Z Juda
Technical Transactions 116 (1), 197-221, 2019
72019
Five-stroke Internal Combustion Engine-yesterday, today and tomorrow
M Noga
IOP Conference Series: Materials Science and Engineering 421 (4), 042058, 2018
72018
Energy efficiency of a light-duty electric vehicle
M Noga, Z Juda
Proceedings of 21st International Scientific Conference Transport Means, 78-85, 2017
72017
Strategy for safe passenger transport during the COVID-19 pandemic: From review to recommendation
R Rusdjijati, SA Subrata, ZB Pambuko, M Setiyo, M Noga
Automotive Experiences 5 (2), 90-102, 2022
62022
Application of VNT turbocharger in spark ignition engine with additional expansion of exhaust gases
M Noga
Tehnički vjesnik 25 (6), 1575-1580, 2018
52018
Energy efficiency and equivalent CO2 emissions of a light-duty electric vehicle depending on driving distance
M Noga, Z Juda
IOP Conference Series: Materials Science and Engineering 421 (2), 022023, 2018
52018
Determination of optimal fuel mass relation dosed by a dual-injector fuel system in a spark ignition engine
B Sendyka, M Noga
Silniki Spalinowe 48 (SC2), 285--289, 2009
52009
Vibration transmissibility behaviour of simple biodynamic models used in vehicle seat design
N Behari, M Noga
Czasopismo Techniczne 2016 (Mechanika Zeszyt 5-M (15) 2016), 3-12, 2016
42016
Determination of thermal efficiency of the spark ignition systems
B Sendyka, W Mitianiec, M Noga, W Wachulec
Journal of KONES 17 (1), 365-371, 2010
42010
Study of combustion process with jet-ignition of propane-air mixtures
B Sendyka, W Mitianiec, M Noga
Bulletin of the Polish Academy of Sciences: Technical Sciences, 533-543-533-543, 2015
32015
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