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Ayman Moawad
Ayman Moawad
Principal Research Engineer, Argonne National Laboratory
Dirección de correo verificada de anl.gov - Página principal
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Assessment of Vehicle Sizing, Energy Consumption and Cost Through Large Scale Simulation of Advanced Vehicle Technologies
A Moawad, N Kim, N Shidore, A Rousseau
Argonne National Laboratory (ANL), 2016
842016
Impact of real world drive cycles on PHEV fuel efficiency and cost for different powertrain and battery characteristics
A Moawad, G Singh, S Hagspiel, M Fellah, A Rousseau
World Electric Vehicle Journal 3 (1), 186-195, 2009
832009
An extensive study on sizing, energy consumption, and cost of advanced vehicle technologies
E Islam, A Moawad, N Kim, A Rosseau
Argonne National Laboratory (ANL), Argonne, IL (United States), 2018
592018
Light-duty vehicle fuel consumption displacement potential up to 2045
A Moawad, P Sharer, A Rousseau
Argonne National Lab.(ANL), Argonne, IL (United States), 2013
462013
Energy consumption and cost reduction of future light-duty vehicles through advanced vehicle technologies: A modeling simulation study through 2050
ES Islam, A Moawad, N Kim, A Rousseau
Argonne National Lab.(ANL), Argonne, IL (United States), 2020
402020
Vehicle energy consumption estimation using large scale simulations and machine learning methods
J Yao, A Moawad
Transportation Research Part C: Emerging Technologies 101, 276-296, 2019
352019
Vehicle electrification impacts on energy consumption for different connected-autonomous vehicle scenario runs
ES Islam, A Moawad, N Kim, A Rousseau
World Electric Vehicle Journal 11 (1), 9, 2019
302019
Novel large scale simulation process to support DOT’s CAFE modeling system
A Moawad, P Balaprakash, A Rousseau, S Wild
International Journal of Automotive Technology 17, 1067-1077, 2016
302016
A detailed vehicle modeling & simulation study quantifying energy consumption and cost reduction of advanced vehicle technologies through 2050
ES Islam, R Vijayagopal, A Moawad, N Kim, B Dupont, D Nieto Prada, ...
Argonne National Lab.(ANL), Argonne, IL (United States), 2021
292021
Fuel consumption and cost potential of different plug-in hybrid vehicle architectures
N Kim, A Moawad, N Shidore, A Rousseau
SAE International Journal of Alternative Powertrains 4 (1), 88-99, 2015
232015
Impact of advanced engine and powertrain technologies on engine operation and fuel consumption for future vehicles
L Lemazurier, N Shidore, N Kim, A Moawad, A Rousseau, P Bonkoski, ...
SAE Technical Paper, 2015
232015
Impact of Transmission Technologies on Fuel Efficiency—Final Report
A Moawad, A Rousseau
Report No. DOT HS 811 (667), 31-83, 2012
182012
Explainable AI for a no-teardown vehicle component cost estimation: A top-down approach
A Moawad, E Islam, N Kim, R Vijayagopal, A Rousseau, WB Wu
IEEE Transactions on Artificial Intelligence 2 (2), 185-199, 2021
142021
Light-duty vehicle fuel consumption, cost and market penetration potential by 2020
J Ward, A Moawad, N Kim, A Rousseau
Proceedings of the EVS26 Conference, 2012
132012
Impact of vehicle performance on cost effective way to meet CAFE 2017–2025
A Moawad, A Rousseau
2011 IEEE Vehicle Power and Propulsion Conference, 1-8, 2011
132011
Impact of electric drive vehicle technologies on fuel efficiency to support 2017-2025 CAFE regulations
A Moawad, A Rousseau
SAE International Journal of Alternative Powertrains 3 (2), 163-175, 2014
112014
A real-time energy and cost efficient vehicle route assignment neural recommender system
A Moawad, Z Li, I Pancorbo, KM Gurumurthy, V Freyermuth, E Islam, ...
Expert Systems with Applications, 125634, 2024
102024
Assessment of Vehicle Sizing
A Moawad, N Kim, N Shidore, A Rousseau
Energy Consumption, and Cost through Large-Scale Simulation of Advanced …, 2016
102016
A deep learning approach for macroscopic energy consumption prediction with microscopic quality for electric vehicles
A Moawad, KM Gurumurthy, O Verbas, Z Li, E Islam, V Freyermuth, ...
arXiv preprint arXiv:2111.12861, 2021
92021
Impact of transmission technologies on fuel efficiency to support 2017-2025 CAFE regulations
A Moawad, A Rousseau
SAE Technical Paper, 2014
92014
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