Resources
📘 Appendix 1: Thermodynamic Diagrams and Heat Exchangers
Complementary Resources, Guided Explorations, and Methodological Guides
⚠️ Important Notes About These Resources
The resources on this page complement the content of Appendix 1 in Advanced Modeling of Thermodynamic Cycles of Nuclear Power Plants.
- Models and examples are accessible online but require the Thermoptim software for full interactivity. Download Thermoptim here to access the complete features.
- Some resources are historical examples from the Thermoptim portal, while others are updated models developed specifically for the book. They should not have any consequences on the understanding of the presented concepts.
📌 A1.1 Thermodynamic Diagrams of Pure Substances
Key Concepts Covered:
- Properties of pure substances and their representation in thermodynamic diagrams.
- Use of standard charts (e.g., T-s, h-s, P-h diagrams) for cycle analysis.
Complementary Resources:
📄 Thermodynamic Diagrams Collection
Links to Various Thermodynamic Diagrams — Thermoptim provides a collection of thermodynamic diagrams for pure substances, useful for visualizing and analyzing cycles. (Available directly within the Thermoptim software.)
📊 Diapason Session: Properties of Substances and Standard Charts (S04aEn)
Session S04aEn — Explains the properties of pure substances and how to use standard thermodynamic charts for analysis. Diapason Session: Properties of Substances and Standard Charts →
📌 A1.2 Thermodynamics of Heat Exchangers
Key Concepts Covered:
- Fundamentals of heat exchanger thermodynamics.
- Analysis of heat transfer processes and efficiency.
- Application of the NTU method.
Complementary Resources:
📊 Diapason Session: Thermodynamics of Heat Exchangers (S18En)
Session S18En — Explores the thermodynamic principles of heat exchangers, including heat transfer mechanisms, efficiency calculations, and design considerations. Diapason Session: Thermodynamics of Heat Exchangers →
📌 Design of Thermal Systems: Steam Plant Condenser
Key Concepts Covered:
- Design and analysis of steam plant condensers.
- Heat rejection processes and thermal efficiency.
- Integration of condensers in steam power cycles.
Complementary Resources:
🔄 Guided Exploration: Design of a Steam Plant Condenser (STEAM-2)
GE: STEAM-2 — Guides you through the design and analysis of a steam plant condenser using a realistic model in Thermoptim. GE: STEAM-2: Design of a Steam Plant Condenser →
📌 Methodological Page: Heat Exchangers
Key Concepts Covered:
- Methodological approach to modeling and analyzing heat exchangers.
- Practical guidance for design and optimization.
- Case studies and real-world applications.
Complementary Resources:
📖 Methodological Page
Heat Exchangers – Methodological Approach — Provides a detailed methodological approach to modeling heat exchangers, including design principles, efficiency analysis, and practical applications. Methodological Page: Heat Exchangers →
📩 Need Help or Further Clarification?
If you have questions about these resources or need assistance using Thermoptim, feel free to contact us.