MEC3421

Engineering thermodynamics

M A Hessami

4 points · 22 lectures, 11 tutorials and 6 laboratory hours · First or second semester · Clayton · Prerequisites: MEC2480

Objectives Students are expected to acquire a good understanding of energy conversion processes, and the difference in their efficiencies. The successful student will be able to analyse standard energy conversion cycles, and will be skilled in measuring temperature, pressure, flow rates, etc. through laboratory experiments.

Synopsis Conventional systems of power generation and their optional equipment, including steam turbines, gas turbines and both spark ignition and compression ignition internal combustion engines; combustion; reversed cycles for heat pumps and refrigeration; solar/thermal energy conversion methods; introduction to photovoltaic energy conversion; thermal energy storage; power generation from wind and hydro.

Assessment Examination: 60% · Laboratory work: 10% · Tests: 25% · Others: 5%

Prescribed texts

Hessami M A Power production from conventional and renewable sources Dept Mechanical Engineering, Monash U, 1998

Back to the 1999 Engineering Handbook