The energy equation, Navier-Stokes equations, and continuity equation are the most important equations in Fluid Mechanics CFD simulations. The energy equation can vary significantly depending […]

The mass conservation equation is one of the basic equations in fluid mechanics, which is solved in all Fluid Mechanics CFD simulations. In this article,

There are many methods for simulating turbulent flow. One of the most complex and advanced methods is Large Eddy Simulation (LES). In this article, after

The lift force is the reason for the flight of the aircraft and the rotation of the turbines. In this article, we will examine the

In the design of devices that are in contact with fluids, engineers usually need to consider turbulent flow in their designs. In this article, we

The interaction between fluid flow and solid structure is crucial in the design and manufacturing of many industrial products. In this article, we explain the

CFD simulations are utilized across a wide range of fields, providing crucial insights into fluid dynamics and heat transfer processes. In this discussion, we will

Drag force is one of the most important forces studied in fluid mechanics and hydrodynamics. This force is a crucial factor in the design of

A data center consists of a set of computers and electrical devices that generate heat while operating, making it necessary to use a cooling system

Understanding the flow regime is crucial in CFD fluid mechanics. The Reynolds number (Re), a dimensionless quantity, helps determine whether a flow is laminar or