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Computational fluid dynamics (CFD) as a book category covers the theory, algorithms, practical methods and applications for solving fluid flow and heat-transfer problems using numerical computation. Books in this category typically explain governing equations (Navier–Stokes), discretization techniques (finite volume/element/difference), mesh generation and adaptation, turbulence and multiphase modeling, numerical stability/accuracy (V&V), and implementation issues such as convergence, boundary conditions and parallel computing. Titles range from introductory textbooks that build the required mathematics, fluid mechanics and programming background, to advanced monographs on turbulence modeling or high-fidelity simulation, to hands-on software tutorials and case-study-driven engineering guides. These books serve students, researchers and practicing engineers in aerospace, automotive, energy, environmental, biomedical and industrial applications where predictive simulation of flows is needed.

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