Research Management System | Amol University of Special Modern Technologies | Hesamoddin Salarian

Name	Hesamoddin Salarian
Affiliation	Islamic Azad University Nour Branch
Degree	—
Website	—
Email	—

	Title	Journal
1	Economic Evaluation of a Hybrid Hydrogen Liquefaction System Utilizing Liquid Air Cold Recovery and Renewable Energies	Renewable Energy Research and Applications 4 (2022) 125-143
2	Heat transfer investigation of non-Newtonian fluid flow in an annular pipe embedded with porous discs: A turbulent study	Journal of Thermal Engineering 8 (2022) 235-248
3	Exergoeconomic analysis of a solar CCHP with partially porous material filled collector	International Journal of Exergy 37 (2022) 181-199
4	Performance improvement of Darrieus wind turbine using different cavity layouts	ENERGY CONVERSION AND MANAGEMENT 246 (2021) 114693
5	Energy and exergy analysis of an enhanced solar CCHP system with a collector embedded by porous media and nano fluid	Journal of Thermal Engineering 7 (2021) 1489-1505
6	Thermodynamic and exergy evaluation of a novel integrated hydrogen liquefaction structure using liquid air cold energy recovery, solid oxide fuel cell and photovoltaic panels	JOURNAL OF CLEANER PRODUCTION 320 (2021) 128821
7	Numerical simulation of heat transfer on nanofluid flow in an annular pipe with simultaneous embedding of porous discs and triangular fins	JOURNAL OF THE CHINESE INSTITUTE OF ENGINEERS 44 (2021) 158-169
8	Numerical simulation of the effect of rain on aerodynamic performance and aeroacoustic mechanism of an airfoil via a two phase flow approach	SN Applied Sciences 2 (2020) 1-16
9	Experimental and numerical investigations of a modified designed baseboard radiator using an air gap enhancing free convection heat transfer	Journal Of Building Engineering 32 (2020) 101535
10	Computational fluid dynamics simulation of aerodynamic performance and flow separation by single element and slatted airfoils under rainfall conditions	APPLIED MATHEMATICAL MODELLING 83 (2020) 683-702
11	Numerical Study of Suction and Blowing Approaches to Control Flow over a Compressor Cascade in Turbulent Flow Regime	international journal of automotive and mechanical engineering 15 (2018) 5326-5346