CV


FA
Rouhollah Farhadi

Rouhollah Farhadi

Assistant Professor

farhadi@asnrukh.ac.ir

دانشکده/پردیس: Faculty of Agricultural Engineering and Rural Development

Degree: Ph.D

CV
FA
Rouhollah Farhadi

Assistant Professor Rouhollah Farhadi

farhadi@asnrukh.ac.ir
دانشکده/پردیس: Faculty of Agricultural Engineering and Rural Development Degree: Ph.D |

My affiliation

Department of Agricultural Machinery and Mechanization, Agricultural Sciences and Natural Resources University of Khuzestan, Mollasani, Iran

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Articles

#Paper TitleAuthorsPublication/ConferenceDateType
 
1Performance evaluation of greenhouse solar dryer: Energy-exergy analysis, CFD simulation and eco-environmental assessmentAli Daliran- Morteza Taki- Afshin Marzban- Majid Rahnama- Rouhollah FarhadiRenewable Energy2024Article In Publication
2Experimental evaluation and modeling the mass and temperature of dried mint in greenhouse solar dryer; Application of machine learning methodAli Daliran- Morteza Taki- Afshin Marzban- Majid Rahnama- Rouhollah FarhadiCase Studies in Thermal Engineering2023Article In Publication
3Kinetic analysis, mathematical modeling and quality evaluation of mint drying in greenhouse solar dryerAli Daliran- Morteza Taki- Afshin Marzban- Majid Rahnama- Rouhollah FarhadiThermal Science and Engineering Progress2023Article In Publication
4Elimination of Plant Pathogenic Bacteria by Solar Ultraviolet Radiation in Hydroponic SystemsRouhollah FARHADI-Rahman FARROKHI TEIMOURLOU-Youbert GHOSTAcJournal of Agricultural Sciences2022Article In Publication
5Investigation of Temperature Distribution Manner in a Solar Air HeaterRouhollah Farhadi27th National Congress of Food Science and Technology of Iran2021Article In Conference
6Application of Artificial Neural Network Models (MLP and RBF) and Support Vector Machine (SVM) to Estimate the Shadow in Flat-plate Solar Collectors in IranMORTEZA TAKI- ROUHOLLAH FARHADIIranian Journal of Biosystem Engineering2021Article In Publication
7Light Interception Models in Agricultural PlantsRouhollah Farhadi10th National Congress on Agriculture and Sustainable Natural Resources2020Article In Conference
8Determination of the Proper Distance between the Absorber Plate and One-layer Cover in Flat-plate Solar Collectors Using Numerical MethodROUHOLLAH FARHADI-MORTEZA TAKIIranian Journal of Biosystem Engineering2020Article In Publication
9The energy gain reduction due to shadow inside a flat-plate solar collectorRouhollah Farhadi- Morteza TakiRenewable Energy2020Article In Publication
10An algorithm and a flexible Fortran code for the computation of solar energy reception on a curved surfaceRouhollah Farhadi - Morteza Taki - Saman Abdanan MehdizadehSustainable Energy Technologies and Assessments2020Article In Publication
11Investigation of effective factors on shadow formation in a flat plate solar collectorRouhollah Farhadi - Morteza TakiThe first national conference on agricultural and environmental sciences in Iran2019Article In Conference
12Energy-exergy modeling of solar radiation with most influencing input parametersMorteza Taki- Abbas Rohani- Hasan Yildizhan - Rouhollah FarhadiEnergy Sources, Part A: Recovery, Utilization, and Environmental Effects2019Article In Publication
13Clean agricultural production by solar water disinfection in hydroponic systems using synergistic effectsRouhollah Farhadi-Rahman Farrokhi Teimourlou-Majid Abbasalizadeh-Youbert GhostaSustainable Energy Technologies and Assessments2022-5-31Article In Publication
14Modeling the energy gain reduction due to shadow in flat-plate solar collectors; Application of artificial intelligenceMorteza Taki- Rouhollah FarhadiArtificial Intelligence in Agriculture20211224Article In Publication
15Elimination of chemical controls in hydroponic cultures using solar energyRouhollah FarhadiJournal of Cleaner Production2021-10-01Article In Publication
16Elimination of chemical controls in hydroponic cultures using solar energyRouhollah FarhadiJournal of Cleaner Production2021-10-01Article In Publication
Showing 1-16 of 16 items.