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Full Description
Advances in Computational Fluid Dynamics delves into the emergent ways that engineers are utilizing computer simulations to enhance efficiency, reduce costs, and innovate across aerospace, automotive, energy, and biomedical engineering fields. It provides the most recent tools and strategies for improving prediction accuracy, design, and optimization.
Highlighting the practical uses of CFD in solving real-world engineering issues, the book covers a wide range of physical problems from turbulence modelling and high-performance computing to the integration of machine learning and multiphysics simulation. It includes case studies in aerodynamic designs, energy conversion processes, and cooling systems and examines AI integration and Machine Learning techniques.
The book will interest researchers, upper-level undergraduate, and graduate engineering students studying practical applications of Computational Fluid Dynamics (CFD).
Contents
1. Steady Navier-Stokes Solutions in Rotating Disk Boundary Layers. 2. MHD Maxwell Fluid with Slip over Porous Stretching Sheets. 3. Couple Stress Effects in Magnetic Hybrid Nanofluid Flows. 4. Jeffrey Fluid Flow with Heat and Mass Transfer. 5. Axisymmetric Nanofluid Flow with Non-Uniform Magnetic Field. 6. Nanofluid Flows in Heat Exchangers. 7. Double-Diffusive Effects in Williamson Nanofluid Flow. 8. Thermal Analysis in MHD Ternary Nanofluid Models. 9. Trihybrid Nanofluids with Inclined Magnetic Fields. 10. LES-RANS Hybrid Models in CFD. 11. Laplace Homotopy Method for Fractional KdV Equations. 12. Machine Learning for Lid-Driven Cavity Flow. 13. Statistical Study of MHD Williamson Nanofluid Flow. 14. Maxwell Thin-Film Flow with Viscous Dissipation. 15. Casson Hybrid Nanofluid Flow with Chemical Reactions. 16. MHD Heat and Mass Transfer in Non-Newtonian Fluids. 17. Cooling Solutions Using Microchannel Systems. 18. Solar Energy and Thermal Management Systems. 19. Immiscible Micropolar Flow in Vertical Channels. 20. Micropolar Flow with Radiation and Magnetic Fields. 21. Magneto-Oberbeck Convection with Uniform Heat Flux.
