Majid  Khanali

Ph.D. in  Biosystems Engineering


Department of Department of Agricultural Machinery Engineering
Faculty of Faculty of Agricultural Engineering & Technology
College of Agriculture & Natural Resources,
University of Tehran, Karaj, Iran.

Phone: 982632801011
Fax: 982632808138
Email: khanali@ut.ac.ir
URL: http://can.ut.ac.ir/member/Khanali.aspx

Academic Appointments
Education
Areas of Specialization and Research Interests
Current Teaching
Thesis Supervised
Selected Publication
Other
 
   
 Academic Appointments TOC
AppointmentsDurationAcademic Center
Assistant Professor2012-PresentUniversity of Tehran

Education TOC
Ph.D: Mechanical Engineering of Agricultural Machinery (2012), University of Tehran; Iran.
M.Sc: Mechanical Engineering of Agricultural Machinery (2005), University of Tehran; Iran.
B.Sc: Mechanical Engineering of Agricultural Machinery (2003), University of Shahrekord; Iran.

Areas of Specialization and Research Interests TOC
Transport Phenomena, Mathematical modeling of Bio-systems, Renewable Energy, Engineering Properties of Agricultural Materials and Foods, Food Processing Engineering

Current Teaching TOC
Course TitleDegreeLevelsCourse IDCreditsSyllabusNotes
Transport Phenomena in Porous Media Mechanical Engineering of Agricultural MachineryPh.D.71090002Transport Phenomena Porous Media.pdf
Advanced Heat TransferMechanical Engineering of Agricultural MachineryM.Sc.71090003Advanced Heat Transfer.pdf
Physics IAgricultural Mechanization EngineeringB.Sc.71092873Physics I.pdf
General PhysicsAgricultural EngineeringB.Sc.71090823General Physics
General Agricultural Machinery Agricultural EngineeringB.Sc.71092353General Agricultural Machinery.pdf

Thesis Supervised TOC

Selected Publication TOC
A. Journals Papers
Khanali M., Aghbashlo M., Rafiee S., Jafari A. Exergetic performance assessment of plug flow fluidized bed drying process of rough rice. International Journal of Exergy, 2013, 13, 3, 387-407.   more...

Khanali M., Rafiee S., Jafari A., Hashemabadi S.H. Experimental Investigation and Modeling of Plug Flow Fluidized Bed Drying under Steady-State Conditions. Drying Technology. 2013, 31, 414-432.   more...


B. Conference Papers

Other TOC