الرئيسية › دليل الباحثين › Samah Maalej
Samah Maalej
الانتماء : University of Carthage · National Institute of Applied Science and Technology
- 43منشورات (انتماء تونسي)
- 51مجموع المنشورات
- 396الاستشهادات
- 11مؤشر h
الملف البحثي
لدى Samah Maalej 43 منشور(ات) مفهرسة (2003–2026). تُنشر أعماله أساسًا في «Journal of Advanced Research in Fluid Mechanics and Thermal Sciences»، «Lecture notes in mechanical engineering» و«Science and Technology for Energy Transition». أكثر مقالاته استشهادًا هو «Interfacial area and volumetric mass transfer coefficient in a bubble reactor at elevated pressures» (2003)، وقد استُشهد به 79 مرة. 9 من هذه المنشورات تعود إلى آخر ثلاث سنوات من النشاط. شارك في تأليف أعماله 12 باحثًا على الأقل.
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إنشاء ملفي المجاني إضافة منشوراتيمجالات البحث
- Heat Transfer and Boiling Studies
- Heat Transfer and Optimization
- Adsorption and Cooling Systems
- Electrohydrodynamics and Fluid Dynamics
- Advanced Battery Technologies Research
المنشورات (43)
- Electric vehicle battery thermal management using hybrid heat pipe-cold plate cooling system
- Electric vehicle battery thermal management using hybrid heat pipe-cold plate cooling system
- Thermal Performance Comparative Study of Orthogonally and Axially Grooved Heat Pipes Under Different Gravity and Heat Sink Temperature Operating Conditions
- Electric Vehicle Battery Thermal Management Using Hybrid Heat Pipe-Cold Plate Cooling System
- Analysis of the Thermal Performance of an Evacuated Tube Heat Pipe Solar Collector
- Thermal management of Li-ion batteries in electric vehicles by nanofluid-filled loop heat pipes
- Thermal performance of a pin-finned vapor chamber heat spreader for CPU cooling applications
- Energetic Performance of a PV-Powered Air Conditioner Under Climatic Operating Conditions in Tunisia
- Modeling of an Ejector Compression Refrigerating Machine Performance Operating with Low GWP Working Fluids
- Performance of a Hybrid Solar PV-Grid-Powered Domestic Air Conditioner
- Thermal Performance of a Flat Heat Pipe with Orthogonal Grooves for Cooling Electronic Components
- Investigation of the Thermal Performance of a Nanofluid-filled Grooved Cylindrical Heat Pipe for Electronics Cooling
- Modeling of thermal performance of a nanofluid-filled loop heat pipe for battery thermal management in electric vehicles
- Thermal performance evaluation of a water-filled axially grooved copper flat heat pipe for electronics cooling
- Thermodynamic performances of solar-powered ejector refrigerating machine
- Combined effects of heat input and clamping pressure on the thermal performance of phase change thermal interface materials for electronics cooling applications
- Electro-Thermal Modeling of Power IGBT Module Cooled by A Heat Pipe Cooling System
- Modeling of Loop Heat Pipe Thermal Performance
- Thermal performance of finned heat pipe system for Central Processing Unit cooling
- Numerical Investigation on the Dielectric Working Fluid Effect on the Flow and Thermal Parameters of an Electrohydrodynamic Flat Heat Pipe
- Electrohydrodynamic effects on a nanofluid-filled flat heat pipe
- Experimental Investigation on the Thermal Performance of a Heat Pipe-based Cooling System
- Numerical Study on an Electrohydrodynamically Driven Axially Grooved Flat Miniature Heat Pipe
- Thermal performance modeling of loop heat pipes with flat evaporator for electronics cooling
- Combined effects of heat input power and filling fluid charge on the thermal performance of an electrohydrodynamic axially grooved flat miniature heat pipe
- Electro-thermal modeling of power IGBT modules by heat pipe systems
- Thermal modeling of the cooling of a power MOSFET by heat pipes
- Numerical study of the electrohydrodynamic effects on the two-phase flow within an axially grooved flat miniature heat pipe
- Modeling of the EHD effects on hydrodynamics and heat transfer within a flat miniature heat pipe including axial capillary grooves
- Experimentation and modeling of the steady-state and transient thermal performances of a helicoidally grooved cylindrical heat pipe
- EXPERIMENTAL AND THEORETICAL ANALYSIS OF FLOW AND HEAT TRANSFER WITHIN GROOVED FLAT MINIATURE HEAT PIPE
- Theoretical and Experimental Study on the Thermal Performance of Flat Miniature Heat Pipes Including Rectangular Grooves
- Thermal simulation approach to the cooling of a power IGBT by heat pipes
- Thermal Simulation Approach to the Cooling of a Power IGBT by Heat Pipe Systems
- Numerical Analysis of Fluid Flow and Heat Transfer within Grooved Flat Mini Heat Pipes
- Experimental Study on the Thermal Performances of a Heat Pipe Solar Collector
- Numerical analysis of flows and heat transfer within grooved Flat Mini Heat Pipes
- Theoretical and Experimental Analysis of Flows and Heat Transfer Within Flat Mini Heat Pipe Including Grooved Capillary Structures
- Theoretical and experimental study on the thermal performance of flat miniature heat pipes including rectangular axial grooves
- Use of mini heat pipes for the thermal management of high dissipative electronic packages
- THEORETICAL INVESTIGATION ON THE THERMAL PERFORMANCE OF FLAT TWO-PHASE HEAT SPREADERS WITH MICROCHANNELS
- Experimental and Theoretical Analysis on Enhanced Flat Miniature Heat Pipes with Axial Capillary Grooves and Screen Meshes
- Interfacial area and volumetric mass transfer coefficient in a bubble reactor at elevated pressures
مجلات النشر
- Journal of Advanced Research in Fluid Mechanics and Thermal Sciences × 4
- Lecture notes in mechanical engineering × 3
- Science and Technology for Energy Transition × 2
- Thermal Science and Engineering Progress × 2
- Microelectronics Reliability × 2
- International Conference on Engineering & MIS (ICEMIS) × 2
المنشورات حسب السنة
- 20262
- 20253
- 20244
- 20232
- 20222
- 20215
- 20202
- 20193
- 20182
- 20172
التعاون العلمي
المؤسسات الشريكة : Université Tunis Carthage · Centre National des Sciences et Technologies Nucléaires
المؤلفون المشاركون
- Mohamed Chaker Zaghdoudi
- Imène Saad
- Jed Mansouri
- Améni Driss
- Inès Gabsi
- Mohamed Sassi
- Rania Msaddek
- Reyhan Cherif
- Aya Hamdani
- I. Ouaz
- R. Ramzi
- Jad Mansouri
البيانات البيبليوغرافية مصدرها OpenAlex (قاعدة مفتوحة).
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