PSE subjects

Imagemap
PSE subjectsmodelling of physical chemical systemsplant = hierarchical agglomeration of su ...dynamics = conservationaccumulation = net flow accross boundary ...transportgrad pressure -> convective mass/volume  ...grad temp -> heat, radiationgrad chem pot -> mass diffusiontranspositionphase changereactionsenergy conversionstate-variable transformationsthermodynamicsdefinition of intensitiesgeometriesseparation of flow systemssimple stationary flowcomplex flow (static/dynamic)advanced modellingnetworkstime scale assumptionsother model reduction methodsdistributed systems approximationsfinite differencefinite elementcollocationproper orthogoal decompositionfluid flowprocess designplant simulationeconomicsoptimisationHAZOPprocess controlsimulation of dynamic processescontroller -> modification of dynamicsimpose a dynamic behaviourreject parasitic excitations, distrurban ...control structuresopen loopperfect control -> inverse of the plantclosed loophierarchical systems, cascadessimple plants (SISO)first, second order combined with dead t ...fixed structure controlleron-offPID"advanced" controlmodel-based controlmodel predictive controlcombination with optimisationoff-line optimisationreal-time optimisationoptimising controlcombination with identificationadaptive controlself tuningDEDS system controlautomataPetri netsformal language approachesinterval arithmeticsladder logicsPSE (utilities)plant-process fittingstatic: parameter fittingregressiondesign of experimentsdynamic: process identificationparameter identificationoptimisationanalytical methodssurface search methodsnumeric methodsroot searchingintegrationexplicit solversimplicit solversissue : event detectioncomputinga language: Pythondomain specific languages/systemsControl: MatLab/SimulinkPlant design: Aspen / HySysAdvanced plant design: HySys/UniSim/gPro ...on-the-largedata basesreal timeGUI support
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PSE subjects