بهرنگ سجادی

بهرنگ سجادی

مرتبه علمی : دانشیار
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دانشکدگان فنی / دانشکده مهندسی مکانیک
Scopus
  • ۲۰۰۱ ارجاعات
  • ۲۲ h-Index
تا تاریخ : ۱۴۰۴/۰۲/۱۲
Google Scholar
  • ۲۵۴۵ ارجاعات
  • ۲۳ h-Index
تا تاریخ : ۱۴۰۳/۱۲/۲۰

فعالیت های علمی
13911404

  • ۲۰۰۱ارجاعات
  • ۲۲ h-Index
  • ۶۸ مقاله
  • ۴۱ کنفرانس
۱۴۰۴

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. Three-objective optimization of the HVAC system control strategy in an educational building to reduce energy consumption and enhance indoor environmental quality (IEQ) using machine learning techniques

Elhami Mehrbod، Sarlak Goodarzi Sam، Maleki Sina، Sajadi Behrang (2025)., JOURNAL OF BUILDING ENGINEERING, 105(-), 112444.
۱۴۰۳

1. Multi-objective techno-economic-environmental optimization of the building integrated photovoltaic (BIPV) system: A high-rise building in Iran

Amini Hamed، Sajadi Behrang، Ahmadi Pouria (2025)., Energy Equipment and Systems, 13(1).

2. 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.

3. 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.

4. 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.

5. 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.

6. 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.

7. 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.

۸. بررسی عددی تأثیر میزان هوادهی کوره های هوای گرم بر توزیع دمایی گلخانه ها

محمدی رسول، بختی بابک، سجادی بهرنگ (۱۴۰۳).، سی و دومین همایش سالانه بین المللی انجمن مهندسان مکانیک ایران، ۱۸-۲۰ اردیبهشت، اراک، ایران.
۱۴۰۲

1. 4E analysis and tri-objective optimization of a novel solar 4th cogeneration system for a smart residential building in various climates of Iran

Saadmohammadi Babak، Sajadi Behrang (2024)., ENERGY CONVERSION AND MANAGEMENT, 303(118177), 118177.

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. 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).

4. Designing energy-efficient and visually-thermally comfortable shading systems for office buildings in a cooling-dominant climate

Nazari Sarah، Keshavarz Mirzamohammadi Payam، Sajadi Behrang، Pilehchi Ha Peiman، Talatahri Siamak، Sareh Pooya (2023)., Energy Reports, 10(-), 3863-3881.

5. Refrigeration components sizing tool for design of domestic refrigerators (ReSiCo): Demonstration in full scale

Faghih Parsa، Salehi Ali، Jalali Alireza، Sajadi Behrang، Ashjaee Mehdi، Hoshfar Ehsan (2023)., Case Studies in Thermal Engineering, 49(0), 103301.

6. 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.

7. Energy performance sensitivity analysis on building's passive technologies effective parameters, in an NZEB EnergyPlus-simulated villa in Tehran's weather conditions with OFAT methods

Varzandeh Amir، Sajadi Behrang (2023)., Energy Equipment and Systems, 11(2), 213-229.

8. The effect of the mucus layer and the inhaled air conditions on the droplets fate in the human nasal cavity: A numerical study

Aghaei Yashar، Sajadi Behrang، Ahmadi Goodarz (2023)., JOURNAL OF AEROSOL SCIENCE, 171(-), 106163.

9. 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.

10. 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.

11. 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(-).
۱۴۰۱

1. Parametric study of skylight design parameters to improve the indoor visual quality in exhibition areas

Jahani Fatemeh، Sajadi Behrang (2023)., Energy Equipment and Systems, 11(1), 1-11.

2. Optimisation of commercial buildings envelope to reduce energy consumption and improve indoor environmental quality (IEQ) using NSGA-II algorithm

Nazari Sarah، Sajadi Behrang، Sheikhansari Iman (2023)., International Journal of Ambient Energy, -(-), 1-11.

3. Evaluating the time lag and decrement factor of mortar and concrete containing OPBC as an agricultural by-product lightweight aggregate

Asadi Iman، Hashemi Mohammad، Sajadi Behrang، Mahyuddin Norhayati Binti، Hajmohammadian Baghban Mohammad، Esfandiari Masoud، Maghfouri Mehdi، Yan Kezhen (2023)., Case Studies in Thermal Engineering, 41(-), 102609.

4. Numerical modeling of particles resuspension due to human stepping

Sajadi Behrang، Saidi Mohammad Hassan، Ahmadi Goodarz، Soleimani Mohsen (2022)., Energy Equipment and Systems, 10(4), 401-415.