Mohammadali Akhavanbehabadi

1. Experimental study of the flow pattern and heat transfer characteristics of the refrigerant flow condensation through metal foam inserts

RafieiNejad MohamadVahid, Mohamadi Rasool, Akhavanbehabadi Mohammadali, Sajadi Behrang (2025)., INTERNATIONAL JOURNAL OF HEAT AND FLUID FLOW, 114(-), 109801.

2. Experimental study of the effect of alternating flattening on the flow boiling of R1234yf refrigerant

[] [], Sajadi Behrang, Akhavanbehabadi Mohammadali (2025)., The 33th Annual International Conference of Iranian Society of Mechanical Engineers, 13-15 May, Tehran, Iran.

3. Parametric study of the design of a flooded evaporator for an air conditioning system

جلالی رضا, Sajadi Behrang, Akhavanbehabadi Mohammadali (2025)., The 33th Annual International Conference of Iranian Society of Mechanical Engineers, 13-15 May, Tehran, Iran.

4. Comparative study of the performance of machine learining methods for predicting adiabatic two-phase flow regimes in small channels

ملائی الهام, محمدی رسول, Sajadi Behrang, Akhavanbehabadi Mohammadali (2025)., The 33th Annual International Conference of Iranian Society of Mechanical Engineers, 13-15 May, Tehran, Iran.

5. Prediction of R1234yf flow boiling behavior in horizontal, vertical, and inclined tubes using machine learning techniques

Abolhasani Farzaneh, Sajadi Behrang, Akhavanbehabadi Mohammadali (2025)., International Journal of Thermofluids, 27(-), 101219.

1. Empirical evaluation of refrigerant flow boiling within metal foams based on entropy generation analysis

Mohamadi Rasool, Sajadi Behrang, Akhavanbehabadi Mohammadali (2024)., INTERNATIONAL JOURNAL OF THERMAL SCIENCES, 206(-), 109318.

2. Effect of using gradient metal foam inserts on heat transfer and pressure drop during R134a flow boiling: An empirical investigation

Mohamadi Rasool, Akhavanbehabadi Mohammadali, Sajadi Behrang, Nosrati Ali (2024)., INTERNATIONAL JOURNAL OF HEAT AND FLUID FLOW, 109(-), 109500.

3. Effects of adding micro/nano-scale surface roughness on upward flow boiling of R-134a through annular tubes

HASAN GANJEH Nima, Nosrati Ali, Ahmadi Pouria, Ashjaee Mehdi, Chini Seyed Farshid, Sajadi Behrang, GOLAMI ALIREZA, Akhavanbehabadi Mohammadali (2024)., APPLIED THERMAL ENGINEERING, 255(-), 123960.

4. An experimental Study on Flow Boiling Pressure Drop Inside Horizontal Tubes with Superhydrophobic and Superhydrophilic wire coil inserts

Safari Majid, Akhavanbehabadi Mohammadali, Chini Seyed Farshid, Sajadi Behrang (2024)., The 32th Annual International Conference of Iranian Society of Mechanical Engineers, 9-11 May, Arak, Iran.

5. An Investigation on Flow Boiling Heat Transfer Inside Horizontal Tubes with Superhydrophobic and Superhydrophilic Wire Coil Insets

Safari Majid, Akhavanbehabadi Mohammadali, Chini Seyed Farshid, Sajadi Behrang (2024)., The 32th Annual International Conference of Iranian Society of Mechanical Engineers, 9-11 May, Arak, Iran.

6. An Empirical Study on Flow Boiling Heat Transfer of Refrigerant in Horizontal Tubes with Superhydrophobic Twisted Tape Inserts

Soltani Simin, Akhavanbehabadi Mohammadali, Chini Seyed Farshid, Sajadi Behrang (2024)., The 32th Annual International Conference of Iranian Society of Mechanical Engineers, 9-11 May, Arak, Iran.

7. Numerical investigation of direct absorption evacuated tube solar collector using alumina nanofluid

Shahini Niloufar, Karami Maryam, Akhavanbehabadi Mohammadali (2024)., Journal of Thermal Engineering, 10(3), 562-571.

8. CFD modeling of a triple‐walled direct absorption evacuated tube solar collector based on hybrid nanofluid/microencapsulated PCM

Shahini Niloufar, Karami Maryam, Akhavanbehabadi Mohammadali (2024)., Energy Science & Engineering, 12(5), 2297-2318.

1. The effect of using smart shadings on the thermal and visual performances of buildings in Iran: A numerical simulation

Mirala Seyedeh fatemeh, Sajadi Behrang, Akhavanbehabadi Mohammadali, Naderi Ehsan (2023)., Energy Equipment and Systems, 11(4).

2. Effect of surface engineering methods on refrigerant evaporating flow characteristics in annular tubes: Experimental approach

Gholami A R, Akhavanbehabadi Mohammadali, Chini Seyed Farshid, Sajadi Behrang, Kunz R F, Ahmadpour M M (2023)., Thermal Science and Engineering Progress, 46(1), 102138.

3. EHD augmented heat transfer during upward bubbly flow boiling for low to medium frequency AC electric fields

Ahmadi Sadegh, Eraghubi Moh., Akhavanbehabadi Mohammadali, Hanafizadeh Pedram, Sayadian Samaneh, Robinson A.J. (2023)., INTERNATIONAL JOURNAL OF THERMAL SCIENCES, 191(-), 108346.

4. Prediction of heat transfer coefficient and pressure drop of R1234yf and R134a flow condensation in horizontal and inclined tubes using machine learning techniques

Tarabkhah Shaghayegh, Sajadi Behrang, Akhavanbehabadi Mohammadali (2023)., INTERNATIONAL JOURNAL OF REFRIGERATION, 152(-), 256-268.

5. An investigation on convective boiling heat transfer of R1234yf inside alternating flattened tubes

Haghighat AmirHosein, Akhavanbehabadi Mohammadali, Sajadi Behrang, Mohamadi Rasool (2023)., The 31th Annual International Conference of Iranian Society of Mechanical Engineers & 9th Conference on Thermal Power Plants, 9-11 May, Tehran, Iran.

6. An empirical study on the effect of metal foam inserts on the pressure drop of R134a flow boiling in horizontal tubes

Mohamadi Rasool, Akhavanbehabadi Mohammadali, Sajadi Behrang (2023)., The 31th Annual International Conference of Iranian Society of Mechanical Engineers & 9th Conference on Thermal Power Plants, 9-11 May, Tehran, Iran.

7. The effect of hybrid wettability on flow condensation heat transfer of R-134a in annulus ducts: An experimental study

Bakhshi Zahan Farzad, Akhavanbehabadi Mohammadali (2023)., The 31th Annual International Conference of Iranian Society of Mechanical Engineers & 9th Conference on Thermal Power Plants, 9-11 May, Tehran, Iran.

8. An experimental study on the effect of hybrid wettability on flow condensation pressure drop of R-134a in annulus ducts

Bakhshi Zahan Farzad, Akhavanbehabadi Mohammadali (2023)., The 31th Annual International Conference of Iranian Society of Mechanical Engineers & 9th Conference on Thermal Power Plants, 9-11 May, Tehran, Iran.

9. Effect of hydrophilic and hydrophobic metal foams on condensation characteristics of refrigerant flow inside annular tubes: Experimental study

AHMADI SANAAN, Akhavanbehabadi Mohammadali, Sajadi Behrang, Ahmadpour M.M. (2023)., Thermal Science and Engineering Progress, 40(-).

10. Numerical investigation of double-walled direct absorption evacuated tube solar collector using microencapsulated PCM and nanofluid

Karami Maryam, Shahini Niloufar, Akhavanbehabadi Mohammadali (2023)., JOURNAL OF MOLECULAR LIQUIDS, 377(-), 121560.

1. An investigation on convective condensation heat transfer of R134a outside a tube with hybrid wettability surface

Bakhshi Zahan Farzad, Akhavanbehabadi Mohammadali, AHMADI SANAAN, محمدی رسول (2022)., The 30th Annual International Conference of Iranian Society of Mechanical Engineers, 10-12 May, Tehran, Iran.

2. Prediction of the pressure drop of R1234yf boiling flow using machine learning techniques

Abolhasani Farzaneh, Sajadi Behrang, Akhavanbehabadi Mohammadali (2022)., The 30th Annual International Conference of Iranian Society of Mechanical Engineers & 8th Conference on Thermal Power Plants, 10-12 May, Tehran, Iran.