& unit conversion Material and -Interactive lectures LCD projector/ BB/ Material Balances; basis Energy Balances (9 hrs) White boards / Flip & units, types of process -Take home charts/ Materials situations (continuous & assignments batch processes) - Tutorials (6 hrs) Energy balances First and Second -Interactive lectures LCD projector/ BB/ First law of Law of (4 hrs) White boards / Flip theodynamics Theodynamics charts/ Materials Second law of theodynamics Law of conservation Mid semester Evaluation - Mid semester test (2 hrs) - Revision of test (2 hrs) Fluid flow theory - Interactive lecture LCD projector/ BB/ Fluid statics (9 hrs) White boards / Flip Fluid dynamics; mass & - Tutorials (6 hrs) charts energy balances, Bernoulli’s equation Viscosity; Newtonian & Non-Newtonian fluids Laminar & turbulent flow Energy losses in flow; friction in pipes, losses in bends & fittings, pressure drop through equipments, equivalent length of pipes Heat transfer -Interactive lectures LCD projector/ BB/ Heat conduction theory (6 hrs) White boards / Flip Surface heat transfer -Take home charts/ Materials Unsteady-state heat assignments transfer -Tutorials (4 hrs) Radiation heat transfer Convection heat transfer; natural & forced Overall heat transfer coefficients Steam tables Heat transfer - Interactive lectures LCD projector/ BB/ Heat exchangers; applications (9 hrs) White boards / Flip continuous-flow heat -Take home charts/ Materials exchangers, scraped assignments surface heat exchangers, -Tutorials & revision plate heat exchangers
& unit conversion Material and Energy Balances Material Balances; basis & units, types of process situations (continuous & batch processes) Energy balances -Interactive lectures (9 hrs) -Take home assignments - Tutorials (6 hrs) LCD projector/ BB/ White boards / Flip charts/ Materials First and Second Law of Theodynamics First law of theodynamics Second law of theodynamics Law of conservation -Interactive lectures (4 hrs) LCD projector/ BB/ White boards / Flip charts/ Materials Mid semester Evaluation - Mid semester test (2 hrs) - Revision of test (2 hrs) Fluid flow theory Fluid statics Fluid dynamics; mass & energy balances, Bernoulli’s equation Viscosity; Newtonian & Non-Newtonian fluids Laminar & turbulent flow Energy losses in flow; friction in pipes, losses in bends & fittings, pressure drop through equipments, equivalent length of pipes - Interactive lecture (9 hrs) - Tutorials (6 hrs) LCD projector/ BB/ White boards / Flip charts Heat transfer theory Heat conduction Surface heat transfer Unsteady-state heat transfer Radiation heat transfer Convection heat transfer; natural & forced Overall heat transfer coefficients Steam tables -Interactive lectures (6 hrs) -Take home assignments -Tutorials (4 hrs) LCD projector/ BB/ White boards / Flip charts/ Materials Heat transfer applications Heat exchangers; continuous-flow heat exchangers, scraped surface heat exchangers, plate heat exchangers - Interactive lectures (9 hrs) -Take home assignments -Tutorials & revision LCD projector/ BB/ White boards / Flip charts/ Materials
FST%202101%20FOOD%20ENGINEERING%201.docx