TED 863R ADVANCED THERMODYNAMICS
Convention heat Transfer, boundary layers (laminar/turbulent), heat transfer coefficients, Nusselt Prandtl, Stanton and Grashoff numbers. Duct/pipe flow (fully developed flow), Natural convention. LMTD and NTU analysis and design for different exchanger flow configurations, Radial heat transfer, definition, laws and surfaces. Black and grey body radiation, Gas radiation. Power plant Engineering; Energy, Power, Power loads, Power factor, power rates and components.
- Teacher: Herbert Dimo
Real fluid flow in nozzles; Energy equation critical pressure and temperature, exit velocity, Isentropic efficiency, Convergent nozzle, convergent-divergent nozzle, Mach number. Theory of surfaces and interfaces, influence of service chemistry Phenomena of friction wear, lubrication and adhesion, Characteristics of lubrication viscosity and classification. Engineering applications of lubricants in bearings, metal forming processes and metal cutting processes. Wears: experiments and theories.
- Teacher: Herbert Dimo