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Mohamed Elhelw
Mohamed Elhelw
Professor in Mechanical Dept., Faculty of Engineering Alexandria University
Verified email at alexu.edu.eg - Homepage
Title
Cited by
Cited by
Year
Utilizing exergy analysis in studying the performance of steam power plant at two different operation mode
AHA Mohamed Elhelw, Kareem Saad Al Dahma
Applied Thermal Engineering 150, 285–293, 2019
812019
Retrofitting of existing buildings to achieve better energy-efficiency in commercial building case study: Hospital in Egypt
AF Radwan, AA Hanafy, M Elhelw, AEHA El-Sayed
Alexandria engineering journal 55 (4), 3061-3071, 2016
802016
Gas turbine performance enhancement via utilizing different integrated turbine inlet cooling techniques
AA El-Shazly, M Elhelw, MM Sorour, WM El-Maghlany
Alexandria Engineering Journal 55 (3), 1903-1914, 2016
582016
Analytical investigation of different operational scenarios of a novel greenhouse combined with solar stills
AH Salah, GE Hassan, H Fath, M Elhelw, S Elsherbiny
Applied Thermal Engineering 122, 297-310, 2017
402017
Advanced dynamic modeling study of fire and smoke of crude oil storage tanks
M Elhelw, A El-Shobaky, A Attia, WM El-Maghlany
Process Safety and Environmental Protection 146, 670-685, 2021
352021
Novel air conditioning system configuration combining sensible and desiccant enthalpy wheels
WM El-Maghlany, AA ElHefni, M ElHelw, A Attia
Applied Thermal Engineering 127, 1-15, 2017
352017
Optimum operational performance of a new stand-alone agricultural greenhouse with integrated-TPV solar panels
GE Hassan, AH Salah, H Fath, M Elhelw, A Hassan, KM Saqr
Solar Energy 136, 303-316, 2016
332016
Performance evaluation for solar liquid desiccant air dehumidification system
M Elhelw
Alexandria Engineering Journal 55 (2), 933-940, 2016
322016
Energy-efficient retrofitting strategies for healthcare facilities in hot-humid climate: Parametric and economical analysis
MA William, AM Elharidi, AA Hanafy, A Attia, M Elhelw
Alexandria Engineering Journal 59 (6), 4549-4562, 2020
292020
Analysis of energy management for heating, ventilating and air-conditioning systems
M Elhelw
Alexandria Engineering Journal 55 (2), 811-818, 2016
282016
Freeze-drying modeling via multi-phase porous media transport model
AA Wael M. El-Maghlany∗, Abd El-Rahman Bedir, Mohamed Elhelw
International Journal of Thermal Sciences 135 (2019), 509-522, 2019
272019
Performance investigation of adsorption cooling and desalination systems employing thermally enhanced copper foamed bed coated with SAPO-34 and CPO-27 (Ni)
M Shaaban, MB Elsheniti, A Rezk, M Elhelw, OA Elsamni
Applied Thermal Engineering 205, 118056, 2022
212022
Novel sea water desalination unit utilizing solar energy heating system
M ElHelw, WM El-Maghlany, WM El-Ashmawy
Alexandria Engineering Journal 59 (2), 915-924, 2020
172020
Novel operation control strategy for conjugate high-low pressure air separation columns at different part loads
M Elhelw, AA Alsanousie, A Attia
Alexandria Engineering Journal 59 (2), 613-633, 2020
92020
Modeling for the influence of variable inlet airflow states on liquid desiccant wheel performance at low flow conditions
M Elhelw, S Mohamed
Alexandria Engineering Journal 54 (4), 1019-1027, 2015
92015
Novel thermoelectric cell-enthalpy wheel air conditioning system integrated with solar panels
M ElHelw, AA ElHefni
Solar Energy 176, 526-534, 2018
82018
Development of a novel solar driven agriculture greenhouse: self sufficient of energy and irrigating water
G Hassan, A Salah, M Elhelw, A Hassan, H Fath, GE Hassan
Int. Desalin. Assoc. World Congr. Desalin. Water Reuse, 1-10, 2015
82015
Performance improvement of roof transparent solar still coupled with agriculture greenhouse
AH Salah, GE Hassan, M Elhelw, H Fath, SE Elsherbiny
Renewable Energy and Sustainable Development 3 (1), 74-78, 2017
72017
Utilizing the solar ice storage system in improving the energy, exergy, economic and environmental assessment of conventional air conditioning system
MS Ismail, WM El-Maghlany, M Elhelw
Alexandria Engineering Journal 61 (10), 8149-8160, 2022
62022
Towards nearly zero emissions natural gas-fired power plants using cryogenic carbon dioxide capture technology
AA Alsanousie, AE Attia, M Elhelw, OA Elsamni
International Journal of Greenhouse Gas Control 127, 103928, 2023
52023
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