MSC Software MSCEASY5 HC Library Overview Governing equations for fluid flow are represented as ordinary differential equations rather than partial differential equations Fluid flow is considered one-dimensional but this is still a relatively vigorous treatment that includes: Transient energy effects Fluid compressibility No flow or flow-reversal possibilities Recognizes onset of cavitation and can approximate cavitation effects EAS103 Fluid Power Systems Advanced Class-Chart 10MSC.Software EAS103 Fluid Power Systems Advanced Class - Chart 10 MSC.EASY5TM HC Library Overview • Governing equations for fluid flow are represented as ordinary differential equations rather than partial differential equations • Fluid flow is considered one-dimensional; but this is still a relatively vigorous treatment that includes: – Transient energy effects – Fluid compressibility – No flow or flow-reversal possibilities – Recognizes onset of cavitation and can approximate cavitation effects