احمد حاجی نژاد

احمد حاجی نژاد

مرتبه علمی : دانشیار
  • معاون کمیته معین انرژی های نو در ستاد فناوری انرژی های نو ریاست جممهوری
  • دبیر اجرایی طرح کلان ملی
  • دبیر کمیته نمایندگان تام الاختیار دانشگاه
  • مشاور اجرایی بخش تخصصی مدیریت انرژی کلینیک صنعت معدن و تجارت دانشگاه
دانشکدگان علوم و فناوری های میان رشته ای
انرژی های نو و محیط زیست
Scopus
  • ۱۱۹۶ ارجاعات
  • ۱۹ h-Index
تا تاریخ : ۱۴۰۳/۱۲/۲۵
Google Scholar
  • ۱۵۲۵ ارجاعات
  • ۲۲ h-Index
تا تاریخ : ۱۴۰۳/۱۲/۱۳

فعالیت های علمی
۱۳۸۹۱۴۰۳

  • ۱۱۹۶ارجاعات
  • ۱۹ h-Index
  • ۷۷ مقاله
  • ۴۴ کنفرانس
  • ۳ کتب
۱۴۰۳

1. Environmental, economic and energy evaluation of alternative fuels for a steam power plant: Focus on biodiesel-nanoparticles utilization

Panbechi Bahar، Hajinezhad Ahmad، Yousefi Sahzabi Hossein، Moosavian Syed Farhan، Hajinezhad Somayeh (2024)., Results in Engineering, 23(2024), 102636.

2. Thermodynamic analysis and multi-objective optimization of an ORC-based solar-natural gas driven trigeneration system for a residential area

Mohseni Mohammad، Hajinezhad Ahmad، Moosavian Syed Farhan (2024)., Case Studies in Thermal Engineering, 59(2), 104513.

3. Fostering community participation in sustainable municipal solid waste management at multiple scales in Tehran, Iran

Alimoradiyan Hamed، Hajinezhad Ahmad، Yousefi Sahzabi Hossein، Giampietro Mario (2024)., Results in Engineering, 22(June 2024-102174), 102174.
۱۴۰۲

1. A review of the applications of artificial intelligence in renewable energy systems: An approach-based study

Shoaei Mersad، Noorollahi Younes، Hajinezhad Ahmad، Moosavian Syed Farhan (2024)., ENERGY CONVERSION AND MANAGEMENT, 306(2024), 118207.

2. Feasibility study of a flexible hybrid energy model with power-hydrogen production in wastewater treatment plant

Sadeghi Sina، Hajinezhad Ahmad، Moosavian Syed Farhan (2024)., Energy Reports, 11(1), 3189-3201.

3. Optimizing carbon capture efficiency with direct capturing and amine: Insights from exegetic analysis

Majnoon Ali، Moosavian Syed Farhan، Hajinezhad Ahmad (2023)., Energy Science & Engineering, 11(12), 4755-4773.

4. Energy, economic, environmental evaluations, and multi-objective optimization of a novel integrated renewable hybrid power plant system with CO2 capture and storage

Hajinezhad Ahmad، Ghenaat pisheh Ali، Mehrpooya Mehdi (2023)., JOURNAL OF THERMAL ANALYSIS AND CALORIMETRY, 148(22), 12525-12548.

5. Enhancing municipal solid waste efficiency through Refuse Derived Fuel pellets: Additive analysis, die retention time, and temperature impact

نصیری سبا، Hajinezhad Ahmad، Kianmehr Mohammad Hossein، Tajik Shamsedin (2023)., Energy Reports, 10(1), 941-957.

6. Energy modeling to compensate for the seasonal lack of electrical and thermal energy depending on the different climates of Iran

Ahmadi-Kaliji Saeed، Hajinezhad Ahmad، Kashani Lotfabadi Alireza، Fattahi Reza، Moosavian Seyed Farhan (2023)., Heliyon, 9(10), e20455.

7. Evaluating the effect of using nanofluids on the parabolic trough collector's performance

Moosavian Syed Farhan، Hajinezhad Ahmad، Fattahi Reza (2023)., Energy Science & Engineering, 1(1).

8. Design, energy, exergy, economy, and environment (4E) analysis, and multi-objective optimization of a novel integrated energy system based on solar and geothermal resources

Shoaei Mersad، Hajinezhad Ahmad، Moosavian Syed Farhan (2023)., Energy, 280(1), 128162.

9. Analysis of energy generation from MSW with auxiliary feed in the north of Iran

Aliabadi Yeganeh، Hajinezhad Ahmad، Fattahi Reza، Moosavian Syed Farhan (2023)., Results in Engineering, 18(1), 101185.

10. Economic optimization of hybrid renewable energy systems supplying electrical and thermal loads of a tourist building in different climates

Hajinezhad Ahmad، Seraj Farhad، Jahangir Mohammad Hossein، Askari Minoo (2023)., Frontiers In Built Environment, 8(-), 1-17.

11. Increasing the efficiency of municipal solid waste energy by investigating the effect of die temperature and retention time on the produced pellets: A case study of Kahrizak, Iran

نصیری سبا، Hajinezhad Ahmad، Kianmehr Mohammad Hossein (2023)., PROCESS SAFETY AND ENVIRONMENTAL PROTECTION, 173(2023), 131-142.

12. Multiscale kinetic modeling for biohydrogen production: A study on membrane bioreactors

Asvad Mohsen، Hajinezhad Ahmad، Jafari Arman، Moosavian Syed Farhan (2023)., INTERNATIONAL JOURNAL OF HYDROGEN ENERGY, 56(48).
۱۴۰۱

1. Technical and Environmental Assessment of a Combined Heat and Power Rankine Cycle System Based on Natural Gas Boiler

Hajinezhad Ahmad، Yousefi Sahzabi Hossein، Moltames Rahim، Fattahi Reza، Fathi Amirhossein (2023)., Journal of Energy Management and Technology (JEMT), 7(1), 43-48.

2. Multi-criteria decision-making for selecting a solar farm location to supply energy to reverse osmosis devices and produce freshwater using GIS in Iran

Razeghi Marziyeh، Hajinezhad Ahmad، Naseri Amir، Noorollahi Younes، Moosavian Syed Farhan (2023)., Solar Energy, 253(2023), 501-514.

3. Experimental Evaluation of Regression Prediction Analysis After Testing Engine Performance Characteristics

Farhadi Ali، Yousefi Sahzabi Hossein، Noorollahi Younes، Hajinezhad Ahmad (2023)., Pollution, 9(2), 766-781.

4. Multi-criteria decision for selecting a wind farm location to supply energy to reverse osmosis devices and produce freshwater using GIS in Iran

Razeghi Marziyeh، Hajinezhad Ahmad، Naseri Amir، Noorollahi Younes، Moosavian Syed Farhan (2023)., Energy Strategy Reviews, 45(4), 101018.

5. Investigating the intensity of GHG emissions from electricity production in Iran using renewable sources

pyvandi mansoure، Hajinezhad Ahmad، Moosavian Syed Farhan (2022)., Results in Engineering, 17(2023), 1-9.

6. An overview of renewable energy technologies for the simultaneous production of high-performance power and heat

Razeghi Marziyeh، Hajinezhad Ahmad، Naseri Amir، Noorollahi Younes، Moosavian Syed Farhan (2022)., Future Energy, 02(01), 1-11.

7. An overview of renewable energy technologies for the simultaneous production of high-performance power and heat

Razeghi Marziyeh، Hajinezhad Ahmad، Naseri Amir، Noorollahi Younes، Moosavian Syed Farhan (2022)., Future Energy, 45(10), 1-10.

8. 4E analysis of a concentrating photovoltaic thermal system (CPVT) with examining the effects of flow regime and concentration rati

Shoaei Mersad، Moosavian Syed Farhan، Hajinezhad Ahmad (2022)., Energy Reports, 8(2022), 14753-14770.

9. Energetic, economic, environmental and climatic analysis of a solar combisystem for different consumption usages with PSI method ranking

Kashani Lotfabadi Alireza، Hajinezhad Ahmad، Kasaeian Alibakhsh، Moosavian Syed Farhan (2022)., RENEWABLE ENERGY, 197(-), 178-196.

10. A comprehensive analysis on a novel DC‐Excited Flux‐Switching Linear Motor as a new linear vehicle for transportation systems

Farhadi Ali، Yousefi Sahzabi Hossein، Noorollahi Younes، Hajinezhad Ahmad (2022)., IET Electric Power Applications, 2022(3).