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Full Description
Shell-and-Tube Latent Heat Storage Systems: Advanced Techniques for Heat Transfer Enhancement and Performance Improvement addresses the critical challenges in thermal energy storage, focusing on latent heat storage technologies using phase change materials. As the demand for renewable energy and efficient thermal management rises, this reference meets the need for integrated, practical solutions to optimize system performance, bridging the gap between theory and industrial applications. The book provides a structured exploration of advanced design enhancements, including innovative fin geometries, nanoparticles, porous media, and geometry modifications for both double-pipe and triple-pipe, horizontal and vertical configurations. Each chapter offers foundational principles, analytical methods, real-world case studies, and simulation data, enabling readers to understand and apply the latest research in system optimization.
The modular chapter format ensures that content is accessible independently, supporting both academic research and professional practice. The reference empowers researchers, engineers, and students to develop scalable, cost-effective thermal energy storage solutions. By integrating the latest advances in materials science and system design, the reference supports the energy transition, reduces CO2 emissions, and aligns with global sustainability goals. Readers gain actionable insights to drive innovation in renewable energy integration and thermal management across diverse sectors.
Contents
1. Introduction
2. Horizontal Double-Pipe Heat Storage System Enhanced by Fins Addition
3. Horizontal Double-Pipe Heat Storage System Enhanced by Nanoparticles, Fins, Geometry Modification, and Porous Media
4. Vertical Double-Pipe Heat Storage Systems Enhanced by Fins Addition
5. Vertical Double-Pipe Heat Storage Systems Enhanced by Geometry Modification, Porous Medium, and Nanoparticles
6. Horizontal Triple-Pipe Heat Storage System Enhanced by Fins Addition
7. Horizontal Triple-Pipe Heat Storage System Enhanced by Geometry Modifications and Nanoparticles
8. Vertical Triple-Pipe Heat Storage System Enhanced by Fins Addition
9. Vertical Triple-Pipe Heat Storage System: Effect of Geometry Modification, Porous Medium, and Nanoparticles
10. Shell-and-multi tube heat storage systems: Effect of geometry modifications, fins addition and porous media implementation
