This discussion centers on calculating the power stored in compressed air, specifically at 30 psi and 100 cfm, using Bernoulli's Equation and principles from fluid dynamics. Key equations mentioned include the potential energy equation PE = P_{atm} + \rho gh + \frac{1}{2} \rho v^2 and the hydraulic power formula Power = p * Q, where p is pressure and Q is volumetric flow rate. The conversation highlights the challenges of applying these equations to air due to its compressibility compared to hydraulic fluids, emphasizing the need for accurate variables such as atmospheric pressure, density, gravity, height, and velocity.
PREREQUISITESEngineers, physicists, and students in fluid dynamics or thermodynamics who are interested in the calculations related to power and energy in pneumatic systems.
infamous_Q said:is there any easy way, or relatively easy way, to calculate how much power is stored in a certain amount of air with a certain amount of pressure and flow? i know that's VERY vague, so let's say (random number's being chosen...) 30 psi at 100 cfm.