Foundamentals:

Matter and its phases,matter as a continuum;Open and closed thermodynamics systems;Work and heat interactions;Property,state,pure substances two property rules;Change of state process ,reversibility;quasi-statistic assumptions

The Zeroth Law and the First Law:

Zeroth Law,thermal equilibrium and temperature;First Law,conservation of energy;Application of First Law to closed systems,internal energy,cyclic processes;First law applied to the open system,flow work and enthalpy

Thermodynamic substances:

The perfect gas and real gas,specific heat at constant volume and constant pressure,gas constant and ratio of specific heats;Solids and liquids;Equilibrium between phases;vapours,use of steam tables.

Application of First Law to closed systems:

Work and heat interactions during constant volume and fully resisted constant pressure,isothermal,adiabatic and polytropic expansion processes

Application of First Law to open systems:

Steady flow energy equation;Steady flow expansion devices with work and heat interactions:Ducts,diffusers and nozzles;Mixing devices;Heat exchangers;Throtting;Unsteady flow energy equation;Charging and discharging of pressure vessels.

Air standard cycles:

Analysis of the Otto,Diesel and Carnot cycles and other simple hypothetical cycles

The Rankine cycle:

Analysis of the cycle without superheat

The Second Law:

Statements and important corollaries:The reversible engine efficiency;The reversible heat pump and its performance;Thermodynamics scale of temperature;Entropy;Clausius inequality;Reversiblity and the second law.