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Full Description
Nanofluids for Efficient Energy Conservation and Process Intensification presents mathematical, numerical, and experimental methodologies of applying nanofluids in renewable and non-renewable energy conservation and process intensification. It explores the mechanisms for developing high-performance heat transfer and mass transfer hybrid nanofluids.
Beginning with thermophysical and optical properties enhancement of nanofluids, the book covers nanoparticle synthesis, stabilization techniques, and life-cycle assessment (LCA). It delves into the use of ionanofluids in environmental remediation, hybrid nanofluids for carbon capture, and the role of nanofluids in solar thermal systems. The book also discusses innovative modeling and optimization methods, such as the use of Response Surface Methodology (RSM) and Artificial Neural Networks (ANN) to facilitate predictive modeling of nanofluid performance.
Researchers, graduate students, and industry practitioners studying the advances in applications of nanofluids within mechanical and chemical engineering will find this book a useful resource.
Contents
1. Introduction to Nanofluids for Efficient Energy Conservation and Process Intensification. 2. Ionanofluids for Environmental Remediation. 3. Hybrid Nanofluids for Carbon Capture. 4. Hybrid Nanofluids for Renewable and Sustainable Energy. 5. Mathematical Modelling of Hybrid Nanofluids and Applications for Energy Conservation. 6. Mathematical Modelling of Ionanofluids and Applications for Energy Conservation. 7. Molecular Dynamics Study of Nanofluid Applications. 8. Life Cycle Assessment of Nanofluids Application in Process Industries. 9. Nanofluids in Thermal Management and Heat Recovery Systems. 10. Nanofluids in Intensification of Process Industry. 11. Nanofluids for Enhanced Solar Collector Efficiency. 12. Study of Emulsion Nanofluid Membrane. 13. RSM and ANN Studies for the Intensification of Nanofluid Application. 14. Future Prospects of Nanofluid Applications for Energy Conservation.



