Daemon/Ria. The TESTcalc Tree: A Series of Simplification Leading to the Correct Analysis Tool Pure...
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Transcript of Daemon/Ria. The TESTcalc Tree: A Series of Simplification Leading to the Correct Analysis Tool Pure...
Daemon/Ria
The TESTcalc Tree: A Series of Simplification Leading to the Correct Analysis Tool
Pure Gas Models
System Analysis
Gas Mixture Models
Steady State
RG+RG Model
PG+PG Model
n-IG Model
SL Model
PC Model
Psychrometry
ConverterTables DeskCal
Basic Tools
Closed Open
States
Uniform System
Unsteady Process
Steady Cycles
Open Process
Uniform Flow
GenericSpecific Generic Specific
Non-Uniform MixingNon-Uniform Non-MixingUniform Systems Non-Uniform Semi-Mixing
Reciprocating Cycles Combustion and Chemical Equilibrium
TESTcalcs
System Analysis
Open-Steady Systems
Psychrometry
ConverterTables DeskCal
Basic Tools
Closed Open
States
System States
Unsteady Closed Processes
Steady Cycles
Open Processes
Flow States
GenericSpecific Generic Specific
Non-Uniform MixingNon-Uniform Non-MixingUniform Systems Non-Uniform Semi-Mixing
Reciprocating Cycles Combustion and Chemical Equilibrium
Psychrometry
Single-Flow Systems Non-Mixing Multi-Flow Systems Mixing Multi-Flow Systems
Vapor Power and Gas Power Cycles
Vapor Compression and Gas Refrigeration Cycles
Combustion and Chemical Equilibrium Gas Dynamics
The RIA (Rich Interactive Animation) Tree: Organization of the Simulators
Pure Gas Models
System Analysis
Gas Mixture Models
Steady State
RG+RG Model
PG+PG Model
n-IG Model
SL Model
PC Model
Psychrometry
ConverterTables DeskCal
Basic Tools
Closed Open
States
Uniform System
Unsteady Process
Steady Cycles
Open Process
Uniform Flow
GenericSpecific Generic Specific
Non-Uniform MixingNon-Uniform Non-MixingUniform Systems Non-Uniform Semi-Mixing
Reciprocating Cycles Combustion and Chemical Equilibrium
The RIA (Rich Interactive Animation) Tree: Organization of the Simulators
System Analysis
Open-Steady SystemsUnsteady Closed Processes
SpecificGeneric Specific Generic
Gas DynamicsIG Model
Otto Cycle
IG Model
Exploring
SL Model
Exploring
IG Model
Diesel Cycle Calorimeter
SL Model
Flow Structure
Combustion
Equilibrium
IG Model
Gas Turbine
Diffusers
IG Model
Gas
PC Model
Vapor
Turbines
IG Model
Gas
PC Model
Vapor
Compressors
IG Model
Gas
PC Model
Vapor
Nozzles
IG Model
Gas
PC Model
Vapor
RIAs (Rich Interactive Animations)
Thermodynamic System Analysis
Open-Steady Systems
Specific Generic
Gas DynamicsSL Model
Flow Structure
Combustion
Equilibrium
IG Model
Gas Turbine
Unsteady Closed Processes
SpecificGeneric
IG Model
Otto Cycle
IG Model
Exploring
SL Model
Exploring
IG Model
Diesel Cycle Calorimeter
Diffusers
IG Model
Gas
PC Model
Vapor
Turbines
IG Model
Gas
PC Model
Vapor
Compressors
IG Model
Gas
PC Model
Vapor
Nozzles
IG Model
Gas
PC Model
Vapor
Interactives (Rich Interactive Animations)
Thermodynamic System Analysis
Open-Steady Systems
Specific Generic
Gas DynamicsSL Model
Flow Structure
Combustion
Equilibrium
IG Model
Gas Turbine
Unsteady Closed Processes
SpecificGeneric
IG Model
Otto Cycle
IG Model
Exploring
SL Model
Exploring
IG Model
Diesel Cycle Calorimeter
Diffusers
IG Model
Gas
PC Model
Vapor
Turbines
IG Model
Gas
PC Model
Vapor
Compressors
IG Model
Gas
PC Model
Vapor
Nozzles
IG Model
Gas
PC Model
Vapor
