Difference between revisions of "Energy Conversion System 2"

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[[File:Baligh El Hefni, Daniel Bouskela - Modeling and Simulation of Thermal Power Plants with ThermoSysPro A Theoretical Introduction and a Practical Guide-Springer International Publishing (2019) Page 198.jpg|700px]]
 
[[File:Baligh El Hefni, Daniel Bouskela - Modeling and Simulation of Thermal Power Plants with ThermoSysPro A Theoretical Introduction and a Practical Guide-Springer International Publishing (2019) Page 199.jpg|700px]]
 
[[File:Baligh El Hefni, Daniel Bouskela - Modeling and Simulation of Thermal Power Plants with ThermoSysPro A Theoretical Introduction and a Practical Guide-Springer International Publishing (2019) Page 199.jpg|700px]]
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== 11 Gas Turbine Modeling ==
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=== 11.1 Basic Principles ===
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=== 11.2 Reference Quantities ===
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=== 11.3 Static Modeling of Compressor ===
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==== 11.3.1 Nomenclature ====
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==== 11.3.2 Governing Equations ====
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==== 11.3.3 Modelica Component Model: Compressor ====
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==== 11.3.4 Test-Case ====
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=== 11.4 Static Modeling of the Combustion Turbine ===
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==== 11.4.1 Nomenclature ====
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==== 11.4.2 Assumptions ====
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==== 11.4.3 Governing Equations ====
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==== 11.4.4 Modelica Component Model: CombustionTurbine ====
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==== 11.4.5 Test-Case ====

Revision as of 13:10, 10 March 2021

References:

1. Kreith, F, Goswami, DY, Energy Conversion (Mechanical Engineering), CNC Press, 2007

2. Hefni B E, Bouskela Daniel, Modeling and Simulation of Thermal Power Plants with ThermoSysPro, Spinger, 2019

3. Haar L, Gallagher J, Kell G, NBS/NRC steam tables: thermodynamic and transport properties and computer program for vapor and liquid states of water in SI units. Hemisphere Publishing Corporation, New York, 1975

4. Wagner W, Kruse A, The industrial standard IAPWS-IF97 for the thermodynamic properties and other properties of water and steam. Springer, 1998

Contents

2 Review of Thermodynamics and Heat Transfer

2.1 What Are Thermodynamics and Thermal Hydraulics?

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2.2 Thermodynamic Processes

2.3 Properties of Substances

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2.3.1 Density and Specific Volume

2.3.2 Pressure

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2.3.3 Temperature

2.3.4 Energy

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2.3.5 Enthalpy

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2.3.6 Entropy

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2.4 State of a Physical System

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2.5 Selection of the State Variables

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2.6 Definition of a Thermodynamic System

2.7 Types of Thermodynamic Systems

2.7.1 Isolated System

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2.7.2 Closed System

2.7.3 Open System

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2.8 Laws of Thermodynamics

2.8.1 First Law

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2.8.2 Second Law

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2.9 Thermodynamic Cycles

2.9.1 The Brayton Cycle

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2.9.2 The Rankine Cycle

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2.10 The Ideal Gas Law

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2.11 Polytropic Processes

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2.12 Heat Transfer Processes

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3 Averaged Physical Quantities

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3.1 Fluxes and Flows of Specific Extensive Quantities

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3.2 Average Density

3.3 Average of Specific Extensive Quantities

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3.4 Average of Other Quantities

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3.5 Average of Phase-Related Quantities

3.6 Notation

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7 Boiler (Steam Generator) Modeling

7.1 Detailed Modeling of the Boiler

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7.2 Simplified Modeling of the Boiler

7.2.1 Modeling Principles

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7.2.2 Nomenclature

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7.2.3 Governing Equations

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7.2.4 Modelica Component Model: FossilFuelBoiler

7.2.5 Test-Case

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8 Combustion Chamber Modeling

8.1 Combustion Chamber for a Gas Turbine

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8.1.1 Modeling Principles

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8.1.2 Nomenclature

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8.1.3 Governing Equations

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8.1.4 Modelica Component Model: GTCombustionChamber

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8.1.5 Test-Case

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8.2 Combustion Chamber for Boiler Furnace

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8.2.1 Modeling Principles

8.2.2 Nomenclature

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8.2.3 Governing Equations

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8.2.4 Modelica Component Model: GenericCombustion1D

8.2.5 Component Model Validation

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11 Gas Turbine Modeling

11.1 Basic Principles

11.2 Reference Quantities

11.3 Static Modeling of Compressor

11.3.1 Nomenclature

11.3.2 Governing Equations

11.3.3 Modelica Component Model: Compressor

11.3.4 Test-Case

11.4 Static Modeling of the Combustion Turbine

11.4.1 Nomenclature

11.4.2 Assumptions

11.4.3 Governing Equations

11.4.4 Modelica Component Model: CombustionTurbine

11.4.5 Test-Case

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