icepak 进阶教程－瞬态模型.ppt

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2017-05-01 发布于江西
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icepak 进阶教程－瞬态模型.ppt

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icepak 进阶教程－瞬态模型

Icepak Advanced Training- Modeling Transients -;Training Schedule;Outline;Overview of Transient CapabilitiesTime Step Options;Overview of Transient CapabilitiesSources: Heat and Flow;Overview of Transient CapabilitiesBoundary Conditions;Overview of Transient CapabilitiesPost Processing;Outline;Transient PhysicsBasic Theory: Transient Conduction;Transient PhysicsBasic Theory: Time Scales;Transient ModelsEstimation of Time Scales: Conduction Limited Scale;Transient ModelsEstimation of Time Scales: Verification for Conduction Limit;Transient ModelsEstimation of Time Scales: Conduction with Low Biot Number;Transient ModelsEstimation of Time Scales: Verification for Convection Limit;Transient ModelsEstimation of Time Scales: Conduction with High Biot Number;Transient ModelsEstimation of Time Scales: Verification for Convection Limit;Transient ModelsEstimation of Time Scales: Generation Limited Scale;Transient ModelsEstimation of Time Scales: Verification for Generation Limit;Transient PhysicsBasic Theory: Considerations;Transient ModelsSolver Settings: Activation of Transients;Transient ModelsSolver Settings: Setup;Transient ModelsSolver Settings: Linear Conduction-Only Simulations;Transient Models Solver Settings: Non-Linear Conduction-Only Simulations;Outline;Specification of Transient ParametersTime Step Variation: Overview of Options;Specification of Transient ParametersTime Step Variation: Uniform;Specification of Transient ParametersTime Step Variation: Example of Uniform Function;Specification of Transient ParametersTime Step Variation: Variable using Linear Function;Specification of Transient ParametersTime Step Variation: Example of Linear Function;Specification of Transient ParametersTime Step Variation: Variable using Piecewise Constant Function;Specification of Transient ParametersTime Step Variation: Example of Piecewise Constant Function;Specification of Transient ParametersTime Step Variation: Variable usi