Dr. Ramin Kouhikamali r.kouhikamali@iut.ac.ir Google Scholar Office Room No. 2, Department of Mechanical Engineering Phone +98 313 3915242 Fax +98 313 3912628 Positions Professor of Mechanical Engineering Research Interests Desalination and Water Treatment Two-Phase Flow Heat Transfer and Thermal Design Thermodynamics Process Engineering Dr. Ramin Kouhikamali Biography Publications type: Journal Title Conference / Journal Date Experimental and numerical investigation of splash droplet effects on gas-liquid separation performance in zigzag demisters Journal of the Brazilian Society of Mechanical Sciences and Engineering 2026-06 Numerical simulation and parametric study of effective parameters in a thermoelectric dehumidifier with cooled plate using the Peltier effect International Journal of Thermofluids 2026-02 Numerical study of the temperature distribution of combustion products in different parts of the fire-tube boilers to evaluate boiler steam generation Energy Equipment and Systems 2025-09 Numerical Investigation and Performance Evaluation of Boiling Slug Flow Regime of Water Vapor in Vertical Tubes Journal of Applied Fluid Mechanics 2025-08 شبيه سازي عددي جريان مافوق صوت گاز طبيعي گذرنده از يك لاوال نازل به منظور امكان سنجي رطوبت گيري از آن روش هاي عددي در مهندسي (استقلال) 2025-07 The effects of periodic injection on heat transfer and thermal performance in a channel with a heated block: A parametric study Thermal Science and Engineering Progress 2025-07 Application of computational fluid dynamics (CFD) for optimal temperature sensor placement in a greenhouse equipped with a pad-fan cooling (PFC) system Smart Agricultural Technology 2025-06 A Simulation of Bubbly Flow Regime in Boiling Process by Comparing the Numerical Models of VOF and RPI Boiling Journal of Applied Fluid Mechanics 2025-03 Thermal design of fire tube boiler with superheater and estimation of temperature increase in the superheater based on machine learning methods Energy Equipment and Systems 2024-12 type: Conference Title Date تعيين مكان بهينه قرارگيري حسگرهاي دماي هوا در گلخانه بر اساس آناليز ديناميك سيالات محاسباتي 2024-10