Principles Of Thermodynamics

SEM 314

Engineering Thermodynamics I

M E 231

International Credits:

1.0

Converted Credits:

4.5

Semester:

Country:

Australia

Language:

English

Course Description:

*[Not offered from 2016 onwards (replaced by SEM202)]* This unit includes: Introduction and definitions - general terminology, reversibility and reversible Work; the first law of thermodynamics - conservation of energy, non-flow energy equation and steady flow energy equation; the working fluids - P-V diagram for steam and use of steam tables, gas characteristic equation, Joule's Law, specific heat capacity, relationship of R, Cp and Cv.; reversible and irreversible processes - reversible non-flow process (e.g. constant pressure, constant volume, isothermal, adiabatic and polytropic); irreversible processes, reversible flow processes and non-steady flow processes; the second law of thermodynamics - statements of the 2nd law, entropy, T-5 diagram, reversible processes on a T-5 diagram, entropy and irreversibility; the heat engine cycles - the heat engine cycle (Carnot cycle and constant pressure cycle), air standard cycles (otto and dual combustion cycle) and mean effective pressure; steam power cycles - the Rankine cycle, thermal efficiency of the steam power plant, modified Rankine cycle, reheat and regenerative cycles.