Maxwell’s relations: Thermodynamics
Thermodynamics is all about the behavior of systems and their related studies. The behavior of these systems is governed with the help of point functions that we call as fundamental
Thermal Engineering
Isentropic process: Work done, Efficiency, Explanation
Isentropic processes are thermodynamic processes in which the entropy of a fluid remains constant. Real systems that typically use this process as an idealization include the turbine and compressor stages
Isochoric Process: Work Done in Constant Volume Systems
The volume of the system remains unchanged throughout an isochoric process, which is a thermodynamic process. The pressure cooker in which you cook your food or the engine of your
Polytropic process | Equation, Work done Explanation
A polytropic process is a thermodynamic process in which a polytropic equation is used to describe the relationship between pressure and volume. These processes are frequently used to simulate compressors
Fundamentals Of Isobaric Process | Key Concepts, Work Done & Formulations
An isobaric process is a powerful concept in thermodynamics with far-reaching implications for many industries. From air conditioning and refrigeration to the operation of internal combustion engines, the isobaric process
Four-stroke Engine | Construction, Working & Limitations
Despite the belief that simple is efficient, the phrase doesn’t equate well when used for engines. Although more efficient than its two-stroke counterpart, the four-stroke engine is slightly component loaded.
Two-stroke Engine | Construction, Working & Limitations
An engine that is simpler yet still not widely used that’s the story of the two-stroke engine. Despite being easy to construct and simple to design, these engines come with
Internal combustion engine | Working, Types & Advancements
The course of human travel changed since the invention of the internal combustion engine in the 19th century. From ships and airplanes to cars, these are everywhere. Even though a
Isothermal process | Definition, Work done & Explanation
Isothermal is a process in which the temperature doesn’t change. The simpler it sounds, the more difficult it is to produce them in real life. Despite adding heat, the temperature
Carnot Efficiency | Formula, Derivation & Explanation
Carnot efficiency is an often-heard term for heat engines, including those used in bikes, scooters, or airplanes. Acting as a benchmark and defining how efficient any engine can be, are