Ever imagined how boiling takes place? How is boiling different from evaporation? What is pool boiling and what are the different stages of

In this blog, we discuss the idea of building up the nozzle for rockets. Wait, what are nozzles? Are there different types of nozzles? Wait,

“Turbulence” is the word that has puzzled physicists for so many decades. Physics and mathematics are complex to work on and still don’t...

How are heat exchangers classified? Can the classification be also made specific to the purpose it may be serving?

Thus, the closed Brayton cycle consists of four processes - Isentropic compression Heat addition at constant pressure Isentropic expansion

This article is just an introduction to vortex dynamics. You will be just made aware of the terms that are important in vortex dynamics.

Understanding the operation process of the Otto cycle and the Diesel cycle along with the terminologies involved with the engine cylinder.

Putting all of the theory into practice is our job as engineers. So let's use the boundary layer theory and start implementing it. PARAMETER

The relationship between pressure and area is on & off. Sometimes they are directly related (proportional) the other times indirectly relate

Here, we discuss the fundamental laws of thermodynamics. Along side, let's understand entropy and it's application in Carnot cycle.

The article gives insights into the conservation equations of fluid dynamics. The physical, as well as mathematical descriptio is discussed.

We will be talking about Ideal gas law, Scope of Thermodynamics, Closed system Analysis, Types of Processes, and much more...

Shear stress plays an important role in flow dynamics so for better understanding of dynamics we should understand shear stress better way.

There are few terminologies about aerodynamic and lift forces, which are important to understand along with those forces.

Taylor's series plays an important role in Computational Fluid Dynamics. In this blog you will be able to understand it like never be before

Newton’s law of viscosity defines the relationship between the shear stress and shear rate of a fluid subjected to mechanical stress.

Drag Force is generated due to the friction between the fluid and a solid body having a relative velocity. Types of Drag Forces

This article is Computational Fluid Dynamics, clearing some myths about it and trying to explain what it actually is, let's see then !

Lift is produced due to relative velocity between fluid and the solid to be lifted. The three theories out of which two are completely wrong

The boundary layer separation phenomenon is seen when the pressure in the fluid starts to increase after reaching the highest point, due to