| Introduction
Using General EquationDescribe the basic infrastructure of Aspen HYSYS Extension Unit OperationsDescribe what Aspen HYSYS Dynamic Unit Operation Extensions can doDescribe the architecture on which Dynamic Unit Operation Extensions are based
 Introducing P-F RelationsLearn how to create the code base for a Dynamic Unit Operation Extension that implements General equationsWorkshop: Get familiar with VB.NET environment. Complete the base code, testing, compiling, registering the extension, and understanding its behaviour.
 Stability and AccuracyLearn the fundamentals of creating the base code for a Dynamic Unit Operation Extension that implements Pressure Balance equations, Flow Balance equations, and Flow equations.Workshop: Create the extension and understanding the different types of built-in equations.
 Improving Your Dynamic Extensibility SkillsLearn that the implementation of the Dynamic Unit Operation Extension model can be very important in the accuracy and stability of the results that the extension calculates.Workshop: Create Liquid Heater, and focus on the results from a dynamic extension and their accuracy and stability.
 Optimizing the implemented code for speedStoring intermediate data with the simulation case to avoid abrupt transitions when recalling a simulation case from diskWorkshop: Debug an exist extension, and test it to see how it handles changes in the feed stream composition
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