Amir Ghasemkhani

Experienced in field of renewable energy, combined cycle, multi-objective optimization, and finite-time thermodynamics. Graduated with a Ph.D. degree in mechanical engineering from the University of Sistan and Baluchestan with a focus on energy conservation. Passionate about learning and applying new ideas to make the world around me a better place.

Living in : Iran

Gender : MaleRace : Middle Eastern

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Educations

Engineering MechanicsPhDUniversity of Sistan and Baluchestan2017-06-12 Iran

Supervisor's name :Professor said farahat

Title :

Optimization and analysis of exergy, economy and environment of combined cycle power plant by finite time thermodynamic method

Mechanical EngineeringMaster'sShahid Bahonar University of Kerman2017-10-23 Iran

Title :

Exergy analysis and optimization of the combined system of solar energy and wind energy based on multi-generation system

Engineering MechanicsBachelor'sSirjan University of Technology2017-01-15 Iran

Supervisor's name :Dr. Mohmmad Raza mofidi

Title :

CONDITION MONITORING

Work Experiences

university lecturer

at TVU

I am currently working in this role

Technical expert

at ZISCO

Start : 11-Feb-2019

End : 09-Jun-2021

Journal Publications

Publication Title :

Performance analysis and optimization Tri-Generation system using Finite-Time Thermodynamics conceptsFirst author

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Publication Title :

Evaluation irreversible combined cycle on the criteria of maximum power in finite time thermodynamicsFirst author

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Publication Title :

Multi-objective optimization and decision making of endoreversible combined cycles with consideration of different heat exchangers by finite time thermodynamicsFirst author

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Publication Title :

Exergoeconomic analysis and optimization of a hybrid system based on multi-objective generation system in Iran: a case studySecond author

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Publication Title :

• Sensitivity analysis of irreversible combined cycle based on the criteria of maximum power in Finite Time ThermodynamicsFirst author

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Publication Title :

• The development and assessment of solar-driven Tri-generation system energy and optimization of criteria comparisonFirst author

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• The assessment and experimental study of photovoltaics panel by spraying water (case study: Kerman, Iran)Second author

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Publication Title :

• Finite time analysis of endoreversible combined cycle based on the Stefan-Boltzmann heat transfer lawFirst author

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• Optimization and analysis of exergy, economic and environmental of gas turbine (Case study: Kerman plant combined cycle) First author

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Publication Title :

• Exergy analysis and finite-time assessment of a multi-generation system based on solar and wind energiesFirst author

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Research Keywords

Optimization

renewable energy

ANN

exergy

Steel making

combined cycle

Finite time thermodynamics

Awards

Academic EliteAcademic Elite2018-07-23

The top 1% of reviewers in E2019-06-17

The top 1% ofreviewers in CF2019-09-30

References

Amir Ghasemkhani

a.ghasemkhani@pgs.usb.ac.ir