Computational Fluid Dynamics 4th Edition

Capture the front line of modern flow simulation with Computational Fluid Dynamics, 4th Edition by Jiyuan Tu, Guan Heng Yeoh, Chaoqun Liu and Yao Tao. This authoritative textbook delivers clear explanations and practical guidance for mastering CFD — ideal for graduate students, academic researchers, and practicing engineers.

Built around rigorous yet accessible treatment of governing equations, discretization methods, and turbulence modelling, this edition expands coverage of advanced topics such as multiphase flows, compressible flow, mesh generation strategies and high-performance numerical algorithms. Each chapter blends mathematical foundations with real-world engineering examples and step-by-step solution approaches, making complex concepts immediately usable in aeronautics, automotive design, energy systems, environmental modelling and process engineering.

Readers will appreciate the balanced emphasis on theory and application: concise derivations, robust numerical schemes, stability and convergence insights, plus numerous worked problems and exercises that reinforce learning. Figures, flow visualizations and practical case studies illuminate best practices for solver selection, boundary conditions and validation — helping users bridge classroom knowledge and industrial application.

Designed for a global audience — from university courses in North America, Europe and Asia to R&D teams and consulting firms worldwide — this edition is a go-to reference for anyone serious about CFD. Whether you’re starting a graduate course or refining simulation workflows for complex projects, Computational Fluid Dynamics, 4th Edition provides the clarity, depth and practical tools to accelerate your mastery.

Order your copy today to upgrade your CFD toolkit and apply proven methods to real engineering challenges.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.