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Journals / Journal of Thermal Engineering
Most Cited Papers: https://scholar.google.nl/citations?user=H_JVC5QAAAAJ&hl=en Average Paper Publication Rate: 25% IMPORTANT NOTE: JOURNAL SUBMISSION LINK http://eds.yildiz.edu.tr/journal-of-thermal-engineering
| EFFECT OF EXHAUST LAYOUT ON THE INDOOR THERMAL COMFORT UNDERHARSH WEATHER CONDITIONS |
| Ahmed Jawad KHALEEL, Ahmed Qasim AHMED, Hassan J. DAKKAMA, Wisam A.M. AL SHOHANI |
| 148–160 |
| EFFECT OF EXHAUST LAYOUT ON THE INDOOR THERMAL COMFORT UNDER HARSH WEATHER CONDITIONS | Ahmed KHALEEL, Ahmed AHMED, Hassan DAKKAMA, Wisam AL-SHOHANİ | 148–160 |
| A THEORETICAL INVESTIGATION ON THE EVAPORATIVE HEAT TRANSFER OFCO2 IN SMOOTH AND MICROFIN TUBE | Derya Burcu ÖZKAN, Pınar ALATAŞ | 161–171 |
| A THEORETICAL INVESTIGATION ON THE EVAPORATIVE HEAT TRANSFER OF CO2 IN SMOOTH AND MICROFIN TUBE | Pınar ALATAŞ, Derya Burcu ÖZKAN | 161–171 |
| PERFORMANCE ANALYSIS OF A SOLAR-DRIVEN EJECTOR AIR CONDITIONINGSYSTEM UNDER EL-OUED CLIMATIC CONDITIONS, ALGERIA | Mokhtar GHODBANE, Boussad BOUMEDDANE, Ahmed Kadhim HUSSEİN | 172–189 |
| PERFORMANCE ANALYSIS OF A SOLAR-DRIVEN EJECTOR AIR CONDITIONING SYSTEM UNDER EL-OUED CLIMATIC CONDITIONS, ALGERIA | Mokhtar GHODBANE, Ahmed Kadhim HUSSEİN | 172–189 |
| MULTISCALE APPROACH OF THE EQUIVALENT THERMALCONDUCTIVITY OF MODIFIED FOAM-FILLED AND NON-FILLED HOLLOWBRICK AND A BRICK WALL | Atheer Saad HASHİM, Mushtaq F. ALMENSOURY, Farooq Hassan ALİ, Hameed Kadhem HAMZAH, Mohammad GHALAMBAZ | 190–203 |
| MULTISCALE APPROACH OF THE EQUIVALENT THERMAL CONDUCTIVITY OF MODIFIED FOAM-FILLED AND NON-FILLED HOLLOW BRICK AND A BRICK WALL | Atheer HASHİM, Mushtaq ALMENSOURY, Farooq ALİ, Hameed HAMZAH, Mohammad GHALAMBAZ | 190–203 |
| LARGE EDDY SIMULATION OF FLOW OVER ELLIPTIC CYLINDER ARRAYIN SQUARE CONFIGURATION AT SUBCRITICAL REYNOLDS NUMBERS | R. KUMAR, N. K. SINGH | 204–219 |
| LARGE EDDY SIMULATION OF FLOW OVER ELLIPTIC CYLINDER ARRAY IN SQUARE CONFIGURATION AT SUBCRITICAL REYNOLDS NUMBERS | Rajesh KUMAR, Nirmal Kant SİNGH | 204–219 |
| ANALYTICAL AND COMPARATIVE INVESTIGATION OF PARTICULATE SIZEEFFECT ON SLURRY FLOW CHARACTERISTICS USING COMPUTATIONALFLUID DYNAMICS | Om PARKASH, Arvind KUMAR, Basant Singh SIKARWAR | 220–239 |
| ANALYTICAL AND COMPARATIVE INVESTIGATION OF PARTICULATE SIZE EFFECT ON SLURRY FLOW CHARACTERISTICS USING COMPUTATIONAL FLUID DYNAMICS | Om PARKASH, Arvind KUMAR, Basant SİKARWAR | 220–239 |
| NATURAL CONVECTION HEAT TRANSFER INSIDE HORIZONTAL CIRCULARENCLOSURE WITH TRIANGULAR CYLINDER AT DIFFERENT ANGLES OFINCLINATION | Akeel Abdullah MOHAMMED | 240–254 |
| NATURAL CONVECTION HEAT TRANSFER INSIDE HORIZONTAL CIRCULAR ENCLOSURE WITH TRIANGULAR CYLINDER AT DIFFERENT ANGLES OF INCLINATION | Akeel MOHAMMED | 240–254 |
| FORCED CONVECTION COOLIG OF MULTIPLE HEAT SOURCESUSING OPEN CELL METAL FOAMS | A. BOUSRI, A. HAMADOUCHE, S. KHALI, R. NEBBALI, H. BEJI | 255–270 |
| FORCED CONVECTION COOLIG OF MULTIPLE HEAT SOURCES USING OPEN CELL METAL FOAMS | Ali BOUSRİ, Abdelmalek HAMADOUCHE, Samir KHALİ, Rachid NEBBALİ, M. Hassen BEJİ | 255–270 |
| PERFORMANCE EVALUATION OF PARABOLIC TROUGH COLLECTOR WITHRECEIVER POSITION ERROR | Abhay KUMAR, Suresh KUMAR, Abhay KUMAR, Ramesh K. DONGA | 271–290 |
| PERFORMANCE EVALUATION OF PARABOLIC TROUGH COLLECTOR WITH RECEIVER POSITION ERROR | Ramesh DONGA, Suresh KUMAR, Abhay KUMAR | 271–290 |
| MATHEMATICAL MODELLING, SIMULATION ANALYSIS OF A PHOTOVOLTAICTHERMAL SYSTEM | Rashmi WALVEKAR, Mohammad Taghi HAJIBEIGY, Aravind CV | 291–306 |
| MATHEMATICAL MODELLING, SIMULATION ANALYSIS OF A PHOTOVOLTAIC THERMAL SYSTEM | Mohammad Taghi HAJİBEİGY, Rashmi WALVEKAR, Aravind CV | 291–306 |
| CFD NUMERICAL AND EXPERIMENTAL INVESTIGATION OF TWO-PHASEFLOW DEVELOPMENT AFTER AN EXPANSION DEVICE IN AHORIZONTAL PIPE | Raid Ahmed MAHMOOD, David BUTTSWORTH, Ray MALPRESS, Ahmad SHARIFIAN BARFOROUSH | 307–323 |
| CFD NUMERICAL AND EXPERIMENTAL INVESTIGATION OF TWO-PHASE FLOW DEVELOPMENT AFTER AN EXPANSION DEVICE IN A HORIZONTAL PIPE | Raid Ahmed MAHMOOD, David BUTTSWORTH, Ray MALPRESS, Ahmad SHARİFİAN-BARFOROUSH | 307–323 |
| WASTE HEAT RECOVERY TECHNOLOGIES: PATHWAY TO SUSTAINABLEENERGY DEVELOPMENT | Sunday Olayinka OYEDEPO, Sunday OLAYINKA OYEDEPO, Babatunde ADEBAYO FAKEYE | 324–348 |
| WASTE HEAT RECOVERY TECHNOLOGIES: PATHWAY TO SUSTAINABLE ENERGY DEVELOPMENT | Sunday Olayinka OYEDEPO, Babatunde Adebayo FAKEYE | 324–348 |
| THERMODYNAMIC ASSESSMENT AND OPTIMIZATION OF A NOVELTRIGENERATION ENERGY SYSTEM BASED ON SOLAR ENERGY AND MSWGASIFICATION USING ENERGY AND EXERGY CONCEPT | Amir GHASEMİ, Ali Akbar SHAYESTEH, Maryam PAZOKI, Amir DOUSTGANI | 349–366 |
| THERMODYNAMIC ASSESSMENT AND OPTIMIZATION OF A NOVEL TRIGENERATION ENERGY SYSTEM BASED ON SOLAR ENERGY AND MSW GASIFICATION USING ENERGY AND EXERGY CONCEPT | Amir GHASEMİ, Ali Akbar SHAYESTEH, Amir DOUSTGANİ, Maryam PAZOKİ | 349–366 |