What is Thermodynamics Cycle?
A thermodynamic cycle is a series of thermodynamic actions that, when carried out repeatedly, leave the system in the same state as when it was first created. Thermodynamic cycles are used to explain how heat engines, which convert heat into work, operate. The thermodynamic cycle is a closed cycle that has many changes due to temperature, pressure, and volume, but whose end and initial states are equal. This cycle is important because it allows the piston in the engine to move continuously and the fluid working in the refrigerator to expand/compress. Without this cycle, the vehicle will not be able to continue running or the refrigerator will not be able to cool when restarted.
Thermodynamic Cycles
Thermodynamic cycles are used to explain how heat engines, which convert heat into work, operate. A thermodynamic cycle is used to accomplish this. The application determines the kind of cycle that is employed in the engine. The thermodynamic cycle consists of a series of interrelated thermodynamic processes involving heat and works going in and out of the body, simultaneously changing pressure, temperature, and other changes in body state, and eventually returning to the initial state.
In this article, we will learn all about the Thermodynamics Cycles including various types of cycles such as Carnot, Rankin, Otto, Diesel, Brayton, Stirling, etc. Also, we will learn about the various processes happening during these cycles. So, let’s start our learning of Thermodynamics Cycles.