Thermodynamics Graphs

What is this graph for?

This is a P-V graph of the Carnot cycle.

What is this graph for?

This is a T-s graph of the Carnot cycle.

What is this graph for?

This is a P-V graph of the Otto cycle.

What is this graph for?

This is a P-V graph of the Diesel cycle.

What is this graph for?

This is a P-V graph for an ideal gas turbine.

What is this graph for?

This is a T-s graph for a gas turbine (non-ideal and ideal).

What is this graph for?

This is a T-s graph for a twin-shaft gas turbine.

What is this graph for?

This is a T-s graph for a two-stage compression with intercooling.

What is this graph for?

This is a T-s graph for a two-stage expansion with reheating.

What is this graph for?

This is a T-s graph for a gas turbine with intercooling, regeneration, and reheating.

What is this graph for?

This is a T-s graph for an ideal vapour compression cycle.

What is this graph for?

This is a P-V graph for an ideal vapour compression cycle.

What is this graph for?

This is a T-s graph for an ideal (superheated) Rankine cycle.

What is this graph for?

This is a T-s graph for a reheat Rankine cycle.

What is this graph for?

This is a T-s graph for a regenerative Rankine cycle with an open feedwater heater.

What is this graph for?

This is a T-s graph for a regenerative Rankine cycle with a closed feedwater heater.

What is this graph for?

This is a T-s graph for a combined heat and power (CHP) cycle.

What is this graph for?

This is a T-s graph for a Cogas combined power cycle.