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