In axisymmetric conical flow, the total velocity, often denoted as “V,” refers to the magnitude of the velocity vector at a specific point within the flow. This type of flow typically occurs when a fluid is moving in a conical shape, and it is symmetric around the axis of the cone. In axisymmetric conical flow, the total velocity is the resultant velocity vector that combines both the radial and tangential components of velocity at a given point. These components are determined by the flow conditions and the geometry of the cone.
- Total velocity (V) in m/s
- Radial velocity (Vr) in m/s
- Tangential velocity (V𝜃) in m/s