Author name: Arshad Arif A.S

The formula for calculating nozzle flow separation depends on the specific characteristics of the flow and the geometry of the nozzle. However, a common approach to modeling flow separation in nozzles is to use the Reynolds number (Re) and the Mach number (Ma) at the nozzle exit. Where: Recrit​ is the critical Reynolds number for

The expansion ratio optimization formula typically depends on the specific context, such as in thermodynamics, fluid dynamics, or engineering design. Where: Ae​ is the exit area or cross-sectional area at the outlet. At​ is the throat area or the minimum cross-sectional area of the nozzle or passage.

Thermal management refers to the strategies, techniques, and technologies used to control the temperature within systems, devices, or environments to ensure optimal performance, safety, and reliability. Where: Q is the rate of heat transfer (in watts or BTUs per hour). U is the overall heat transfer coefficient (in watts per square meter per degree Celsius

Heat transfer analysis is the study and quantification of the exchange of thermal energy between systems or components within a system. It involves understanding how heat is transferred from one object or medium to another due to temperature differences. A common formula used in heat transfer analysis, particularly for steady-state conduction through a material with

Radiative cooling is a process by which a material cools down by emitting thermal radiation. This phenomenon occurs when an object loses heat by emitting infrared radiation to its surroundings, typically to outer space. Where: P is the power radiated per unit area (in watts per square meter). σ is the Stefan-Boltzmann constant (5.67×10−85.67×10−8 W

The formula to calculate cavitation in a pump typically involves the Net Positive Suction Head (NPSH) available and the NPSH required. Cavitation occurs when the NPSH available is less than the NPSH required. The formula can be represented as: Where: NPSHavailable​ is the Net Positive Suction Head available. NPSHrequired​ is the Net Positive Suction Head

Feed system pressure drop Calculator calculates the feed system pressure drop depends on various factors such as flow rate, pipe length, pipe diameter, fluid properties, and any additional components like valves or fittings. However, a commonly used formula for pressure drop in a pipe due to friction is the Darcy-Weisbach equation: Where: ΔP is the

Turbopump efficiency refers to the ratio of the actual work output of a turbopump to the ideal work input required for its operation. In simpler terms, it measures how effectively a turbopump converts the energy it receives into useful work, such as pumping fluid or gas. Where: The turbopump does the actual work. the ideal