Faculty Member, Behbahan University of Technology, Behbahan, Iran, 2008-present.
Banooni, S., Hajidavalloo, E. and Dorfeshan, M., 2018. A comprehensive review on modeling of pneumatic and flash drying. Drying Technology, 36(1), pp.33-51.
Banooni, S., Hajidavalloo, E. and Dorfeshan, M., 2018. Experimental and numerical study of the effects of pre-drying of S-PVC using a pneumatic dryer. Powder Technology, 338, pp.220-232.
Dorfeshan, M., Mehrzad, S. and Hajidavalloo, E., 2022. Experimental and numerical investigation of specific energy consumption of the two-stage pneumatic-fluidized bed drying of suspension-grade polyvinyl chloride. Drying Technology, 40(2), pp.371-386.
Mehrzad, S., Jamaati, F. and Dorfeshan, M., 2023. Experimental investigation of operational E-PVC drying conditions on morphological properties of particles in a pilot-scale spray dryer. Chemical Engineering Communications, 210(1), pp.74-88.
Abaiebaghri, A.M., Tavassolpour, S., Noghrehabadi, A.R. and Dorfeshan, M., 2013. Double-diffusive natural convection in a porous enclosure heating from below and salting from top. American Journal of Advanced Scientific Research (AJASR), 1(7).
Dorostghol, A. and Dorfeshan, M., 2012. Intelligent fault diagnosis via EMD method. Journal of Applied Sciences, 12(18), pp.1960-1965.
Banooni, S., Hajidavalloo, E. and Dorfeshan, M., 2018. Analysis of specific energy consumption in S-PVC pneumatic drying.
Dorfeshan, M. and Hashemi Ma, S., 2011. Development of a cone vortex stabilizer to improve cyclone separator performance. Journal of Applied Sciences, 11(12), pp.2179-2185.
Masoud, D. and Shahidzade, M.S., 2011. A CFD study of the effect of vortex finder thickness on gas cyclone separator performance. Journal of Applied Sciences, 11(14), pp.2570-2577.
Shabani, M., Rakhshan, F., Dorfeshan, M. and Asgharipar, A., 2012. Efficiency Improvement of Neka Gas and Steam Power Plant Units with a Joint Project Involving Thermoelectric and Absorption Cooling Technology. Journal of Applied Sciences, 12(19), pp.2052-2058.
Book:
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Drying Technology in Food Processing
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particulate drying techniques and industry applications
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