System State Daemons: Select a Material Model to Launch
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Transcript of System State Daemons: Select a Material Model to Launch
System State Daemons: Select a Material Model to Launch
Pure Gas Models
Gas Models
Gas Mixture Models
Binary Mixture General MixtureRG Model
RG+RG Model
PG Model
PG+PG Model IG+IG Model n-IGE Modeln-IG Modeln-PG Model
SL Model PC Model
MA Model
IG Model
Flow State Daemons: Select a Material Model to Launch
Pure Gas Models
Gas Models
Gas Mixture Models
Binary Mixture General MixtureRG Model
RG+RG Model
PG Model
PG+PG Model IG+IG Model n-IGE Modeln-IG Modeln-PG Model
SL Model PC Model
MA Model
IG Model
Open steady
Single-Flow Daemons: Select a Material Model to Launch
Pure Gas Models
Gas Models
Gas Mixture Models
Binary Mixture General MixtureRG Model
RG+RG Model
PG Model
PG+PG Model IG+IG Model n-IG Modeln-PG Model
SL Model PC Model
IG Model
Non-Mixing Multi-Flow Daemons: Select a Material Model to Launch
Two Identical Fluids Two Different Fluids
IG Model RG ModelPG ModelSL Model PC Model
RG+RG ModelPG+PG Model IG+IG Model
SL+SL Model PC+PC Model PC+SL Model SL+IG ModelPC+IG Model
Mixing Multi-Flow Daemons: Select a Material Model to Launch
Two Identical Fluids Two Different Fluids
IG Model RG ModelPG ModelSL Model PC Model
RG+RG ModelPG+PG Model IG+IG Model
Closed Process
Closed Process Daemons: Select a Material Model to Launch
Pure Gas Models
Gas Models
Gas Mixture Models
Binary Mixture General MixtureIG Model RG Model
RG+RG Model
PG Model
PG+PG Model IG+IG Model n-IG Modeln-PG Model
SL Model PC Model
Non-Mixing Closed-Process Daemons: Select a Material Model to Launch
Two Identical Fluids Two Different Fluids
IG Model RG ModelPG Model
PC+IG Model
SL Model PC Model
RG+RG ModelPG+PG Model IG+IG Model
SL+SL Model PC+SL Model SL+IG ModelPC+PC Model
Mixing Closed-Process Daemons: Select a Material Model to Launch
Two Identical Fluids Two Different Fluids
IG Model RG ModelPG ModelSL Model PC Model
RG+RG ModelPG+PG Model IG+IG Model
Semi-Mixing Closed-Process Daemons: Select a Material Model to Launch
Two Identical Fluids Two Different Fluids
IG Model RG ModelPG ModelSL Model PC Model
RG+RG ModelPG+PG Model IG+IG Model
Open Process
Open Process Daemons: Select a Material Model to Launch
Pure Gas Models
Gas Models
Gas Mixture Models
Binary Mixture General MixtureIG Model RG Model
RG+RG Model
PG Model
PG+PG Model IG+IG Model n-IG Modeln-PG Model
PC Model
Open Specific
Open Power-Cycle Daemons: Select a Material Model to Launch
Gas Power Cycles
Gas Mixture Models
RG ModelPG Model n-IG Modeln-PG Model
PC Model
Vapor (Steam) Power Cycles
Pure Gas Models
Combined Cycles
PC+PC Model PC+IG Model
IG Model
Open Refrigeration-Cycle Daemons: Select a Material Model to Launch
Gas Compression Cycles
Gas Mixture Models
RG ModelPG Model n-IG Modeln-PG Model
PC Model
Vapor Compression Cycles
Pure Gas Models
Combined Cycles
PC+PC Model PC+IG Model
IG Model
Open-Steady Combustion Daemons: Select a Material Model to Launch
Premixed CombustionNon-Premixed Combustion Chemical Equilibrium Analysis
IGE Mixture Model IGE Mixture Model with Web Service
PG Mixture Model IG Mixture Model
PG Mixture Model IG Mixture Model
Open-Steady Combustion Daemons: Select a Material Model to Launch
Premixed CombustionNon-Premixed Combustion
Chemical Equilibrium Analysis
IGE Mixture Model with Web Service
PG Mixture ModelSL Model
IG Mixture ModelSL Model
IGE Mixture Model
Known Overall Reaction
PG Mixture ModelSL Model
IG Mixture ModelSL Model
Closed Specific
Closed Power Cycle Daemons: Select a Material Model to Launch
Pure Gas Models
Gas Models
Gas Mixture Models
IG Model RG ModelPG Model n-IG Modeln-PG Model
PC Model
Closed-Process Combustion Daemons: Select a Material Model to Launch
Premixed CombustionNon-Premixed Combustion
Chemical Equilibrium Analysis
IGE Mixture Model with Web Service
PG Mixture ModelSL Model
IG Mixture ModelSL Model
IGE Mixture Model
Known Overall Reaction
PG Mixture ModelSL Model
IG Mixture ModelSL Model
Daemon/Ria
The Daemon Tree: A Series of Simplification Leading to the Correct Analysis Tool
Pure Gas Models
Gas Models
Gas Mixture Models
Binary Mixture General MixtureRG Model
RG+RG Model
PG Model
PG+PG Model IG+IG Model n-IGE Modeln-IG Modeln-PG Model
SL Model PC Model
MA Model
IG Model