Momentum Equation
In fluid mechanics, the momentum equation is a direct application of Newton’s second law of motion to a moving fluid. […]
In fluid mechanics, the momentum equation is a direct application of Newton’s second law of motion to a moving fluid. […]
In fluid mechanics and aerodynamics, the continuity equation expresses the principle of conservation of mass. It ensures that mass cannot
Continuity Equation Read Post »
In aerodynamics, before we even write the famous equations for conservation of mass, momentum, or energy, we need to ask:
In two-dimensional, incompressible flow, two scalar functions are widely used to describe the velocity field: the stream function and the
Stream Function & Velocity Potential Read Post »
In fluid dynamics, angular velocity and vorticity are fundamental concepts used to describe the rotational characteristics of fluid elements. While
Angular Velocity & Vorticity Read Post »
In fluid mechanics and aerodynamics, flow visualization is essential to understand how fluid moves around objects. Three fundamental concepts used
Pathlines, Streamlines & Streaklines Read Post »
Fluid flow can be classified in many ways based on physical behavior such as time dependence, compressibility, viscosity, rotation, and