The Carnot cycle is a theoretical heat engine that converts heat into work. It's like a big ol' box with some pistons and valves that makes electricity.
Next up: Otto Cycle, another classic heat engine example.
Want to know more about the Second Law of Thermodynamics that makes heat engines tick?
The Stirling engine is like a big, slow-moving heat engine that's great for making electricity from heat. It's like a big, slow-moving hug for your energy needs.
The Brayton cycle is like a big, high-pressure heat engine that makes electricity from steam. It's like a big, steamy hug for your energy needs.
The Ericsson cycle is like a big, efficient heat engine that's great for making electricity from heat. It's like a big, efficient hug for your energy needs.
There are many other heat engines out there, each with their own unique quirks and characteristics. Want to learn more? Check out this list of other heat engines.