What is the difference between static and flow?

Static pressure is a characteristic of a fluid that is not in motion. When a fluid is stationary, it exerts a uniform pressure in all directions, known as static pressure. This pressure remains constant throughout the fluid and is independent of its Flow properties.

In contrast, dynamic pressure arises in fluids that are moving or have velocity. As a fluid flows, it possesses kinetic energy, which manifests as dynamic pressure. This pressure is directly proportional to the fluid's velocity squared and is directional, acting in the direction of flow.

The total pressure of a fluid Flow is the combined effect of both static and dynamic pressures. It represents the overall force exerted by the fluid on its surroundings, accounting for both its stationary and moving properties.

The equation for total pressure, "total pressure = static pressure + dynamic pressure," succinctly describes this relationship. This formula allows engineers and scientists to accurately assess the pressure conditions within a fluid system, taking into account both static and dynamic contributions.

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