System Analysis and Simulation Tools Overview

This content explores a series of related topics including System Analysis, Basic Tools, Simulation Processes, Gas Dynamics, Combustion, Equilibrium, and more. It covers various systems, processes, and models used in engineering analyses, providing a comprehensive overview of key concepts and tools in the field.

• System Analysis
• Simulation Tools
• Gas Dynamics
• Combustion
• Equilibrium

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Uploaded on Oct 10, 2024 | 3 Views

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Presentation Transcript

1. Daemon/Ria

2. The TESTcalc Tree: A Series of Simplification Leading to the Correct Analysis Tool System Analysis States Basic Tools Closed Open Uniform System Uniform Flow Converter DeskCal Tables Unsteady Process Steady State Open Process Steady Cycles Specific Generic Generic Specific Non-Uniform Mixing Non-Uniform Semi-Mixing Uniform Systems Non-Uniform Non-Mixing Combustion and Chemical Equilibrium Reciprocating Cycles Psychrometry SL Model RG+RG Model Pure Gas Models PC Model n-IG Model Gas Mixture Models PG+PG Model

3. TESTcalcs System Analysis States Basic Tools Closed Open System States Flow States Converter DeskCal Tables Unsteady Closed Processes Open-Steady Systems Open Processes Steady Cycles Specific Generic Generic Specific Non-Uniform Mixing Non-Uniform Semi-Mixing Uniform Systems Non-Uniform Non-Mixing Combustion and Chemical Equilibrium Reciprocating Cycles Psychrometry Single-Flow Systems Mixing Multi-Flow Systems Non-Mixing Multi-Flow Systems Vapor Power and Gas Power Cycles Vapor Compression and Gas Refrigeration Cycles Combustion and Chemical Equilibrium Psychrometry Gas Dynamics

4. The RIA (Rich Interactive Animation) Tree: Organization of the Simulators System Analysis States Basic Tools Closed Open Uniform System Uniform Flow Converter DeskCal Tables Unsteady Process Steady State Open Process Steady Cycles Specific Generic Generic Specific Non-Uniform Mixing Non-Uniform Semi-Mixing Uniform Systems Non-Uniform Non-Mixing Combustion and Chemical Equilibrium Reciprocating Cycles Psychrometry SL Model RG+RG Model Pure Gas Models PC Model n-IG Model Gas Mixture Models PG+PG Model

5. The RIA (Rich Interactive Animation) Tree: Organization of the Simulators System Analysis Unsteady Closed Processes Open-Steady Systems Generic Specific Specific Generic Otto Cycle Calorimeter Diesel Cycle Gas Turbine Flow Structure Equilibrium Gas Dynamics IG Model Combustion SL Model IG Model IG Model Exploring Exploring Gas Vapor IG Model IG Model PC Model SL Model Diffusers Nozzles Turbines Compressors Gas Vapor Gas Gas Vapor Vapor IG Model PC Model IG Model IG Model PC Model PC Model

6. RIAs (Rich Interactive Animations) Thermodynamic System Analysis Unsteady Closed Processes Open-Steady Systems Generic Specific Specific Generic Otto Cycle Calorimeter Diesel Cycle Gas Turbine Flow Structure Equilibrium Gas Dynamics IG Model Combustion SL Model IG Model IG Model Exploring Exploring Gas Vapor IG Model IG Model PC Model SL Model Diffusers Nozzles Turbines Compressors Gas Vapor Gas Gas Vapor Vapor IG Model PC Model IG Model IG Model PC Model PC Model

7. Interactives (Rich Interactive Animations) Thermodynamic System Analysis Unsteady Closed Processes Open-Steady Systems Generic Specific Specific Generic Otto Cycle Calorimeter Diesel Cycle Gas Turbine Flow Structure Equilibrium Gas Dynamics IG Model Combustion SL Model IG Model IG Model Exploring Exploring Gas Vapor IG Model IG Model PC Model SL Model Diffusers Nozzles Turbines Compressors Gas Vapor Gas Gas Vapor Vapor IG Model PC Model IG Model IG Model PC Model PC Model