MSC Software Fluid Power Systems Class Introduction MSC EASY5 Outline of course Content General theory of hydraulic modeling in MSC EASY5 Modeling an open-loop oil cooling system Practice basic msc, EAs y5 skillls Obtain initial operating points Fluid Properties Modeling a closed-loop oil cooling system Difficulties in obtaining steady state Building a piloted servo valve Building valves from primitive hydraulic components Use steady state scan to parameterize models Linear Analysis EAS103 Fluid Power Systems Advanced Class-Chart 3MSC.Software EAS103 Fluid Power Systems Advanced Class - Chart 3 MSC.EASY5TM Fluid Power Systems Class Introduction Outline of Course Content • General theory of hydraulic modeling in MSC.EASY5 • Modeling an open-loop oil cooling system – Practice basic MSC.EASY5 skills – Obtain initial operating points – Fluid Properties • Modeling a closed-loop oil cooling system – Difficulties in obtaining steady state • Building a piloted servo valve – Building valves from primitive hydraulic components – Use steady state scan to parameterize models – Linear Analysis