Description

Book Synopsis

Chapter 1: Introduction to nanofluids and Hybrid Nanofluids.- Chapter 2: Application of Nano Fluids in Heat Transfer Augmentation within the Heat Exchangers.- Chapter 3: Oxide-Based Nano-Ceramic Materials for Hydrogen Evolution Reactions: Mechanisms, Electrochemical Parameters, Material Types, and Synthesis Methods.- Chapter 4: A comparative numerical analysis of hybrid nanofluids flows in various flow regimes.- Chapter 5: Heat transfer enhancement with nanofluid in solar water/air heater.- Chapter 6: Heat transfer enhancement with nanofluid in battery thermal management system.- Chapter 7: Nano Composite PCMs For Thermal Energy Storage Applications.- Chapter 8: Mathematical Models on Nanofluids Flows.- Chapter 9: A mathematical (Physical models ) approach for nanofluid flow : An analysis.- Chapter 10: Heat transfer by Maxwell Nano-fluid flow over a stretching sheet in the presence of viscous dissipation and electroosmosis effects: A Buongiorno's Model.- Chapter 11: Flow Analysis of Third Grade NanoFluid Flow using Artificial Neural Network.- Chapter 12: Nanoadsorbents for heavy metal removal.

Nanofluids and Nano Composites for Energy Systems

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    A Hardback by Dharmendra Tripathi

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      Publisher: Springer
      Publication Date: Publication Date: 3/12/2025
      ISBN13: 9789819615698, 978-9819615698
      ISBN10: 9819615690
      Also in:
      Nanotechnology

      Description

      Book Synopsis

      Chapter 1: Introduction to nanofluids and Hybrid Nanofluids.- Chapter 2: Application of Nano Fluids in Heat Transfer Augmentation within the Heat Exchangers.- Chapter 3: Oxide-Based Nano-Ceramic Materials for Hydrogen Evolution Reactions: Mechanisms, Electrochemical Parameters, Material Types, and Synthesis Methods.- Chapter 4: A comparative numerical analysis of hybrid nanofluids flows in various flow regimes.- Chapter 5: Heat transfer enhancement with nanofluid in solar water/air heater.- Chapter 6: Heat transfer enhancement with nanofluid in battery thermal management system.- Chapter 7: Nano Composite PCMs For Thermal Energy Storage Applications.- Chapter 8: Mathematical Models on Nanofluids Flows.- Chapter 9: A mathematical (Physical models ) approach for nanofluid flow : An analysis.- Chapter 10: Heat transfer by Maxwell Nano-fluid flow over a stretching sheet in the presence of viscous dissipation and electroosmosis effects: A Buongiorno's Model.- Chapter 11: Flow Analysis of Third Grade NanoFluid Flow using Artificial Neural Network.- Chapter 12: Nanoadsorbents for heavy metal removal.

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