Applied Computational Aerodynamics: A Modern Engineering Approach

By Russell M. Cummings, William H. Mason, Scott A. Morton, David R. McDaniel

Applied Computational Aerodynamics: A Modern Engineering Approach is a practical, engineering-focused textbook on computational aerodynamics (CA) for aerospace and mechanical engineering students and practitioners. Unlike texts that emphasize writing CFD solvers from scratch, this book focuses on developing the applied skills required to use aerodynamic codes intelligently—setting up problems correctly, interpreting results, and making sound engineering decisions.

Built around projects and application-driven learning, it connects numerical concepts to aerodynamic physics and real design workflows. It is well suited for coursework, labs, and self-study for readers who want an applied pathway into CFD and computational aerodynamics.

Product Details

• Title: Applied Computational Aerodynamics: A Modern Engineering Approach
• Authors: Russell M. Cummings; William H. Mason; Scott A. Morton; David R. McDaniel
• Publisher: Cambridge University Press
• ISBN-13: 9781107053748
• ISBN-10: 1107053749
• Format: Hardcover
• Publication Date: April 27, 2015
• Dimensions: 7.24 × 10.28 × 1.77 inches
• Weight: 3.68 lbs
• Availability: In Stock | Free Shipping Worldwide

Key Features

• Application-first approach focused on becoming an effective user of aerodynamic codes
• Project-driven learning that builds practical modeling and interpretation skills
• Engineering judgment emphasis on setup, assumptions, validation, and result quality
• Concept boxes and visual explanations that link numerics to aerodynamic physics
• Strong course fit for undergraduate computational aerodynamics and CFD application modules

Topics Covered (Highlights)

• Computational aerodynamics workflow: problem setup, meshing concepts, and solution strategy
• Interpreting CFD results: accuracy, convergence, and physical reasonableness checks
• External aerodynamics applications for airfoils and wings (subsonic through transonic contexts)
• Practical use of numerical methods in aerodynamic analysis and design decisions
• Visualization and interpretation of flow features for engineering reporting

Who Should Buy This?

• Undergraduate and graduate aerospace engineering students
• Engineers learning applied CFD and computational aerodynamics
• Professionals working in aerodynamic analysis and preliminary design
• Instructors teaching computational aerodynamics with project-based components

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Overview

A practical, engineering-oriented computational aerodynamics textbook that teaches how to apply aerodynamic codes effectively—focusing on setup, interpretation, validation, and decision-making in real workflows.

Table of Contents (Highlights)

1. Foundations of Computational Aerodynamics
2. Numerical Concepts for Aerodynamic Applications
3. Workflow: Geometry, Grids, and Boundary Conditions
4. Interpreting Results: Convergence, Accuracy, and Validation
5. Airfoil and Wing Applications
6. Applied Projects and Engineering Decision-Making

Who Should Use This Book?

• Aerospace engineering students
• Engineers learning applied CFD
• Practitioners needing CA workflow guidance
• Instructors teaching project-based CA

Why Buy from BooksGoat?

• Best market pricing
• Free worldwide shipping
• Bulk and drop-shipping support
• Secure, tracked delivery

FAQs

• Is this book more about writing CFD codes or using them? It focuses on applied use—how to set up and interpret computational aerodynamics analyses.
• Who is the target audience? Aerospace students and practicing engineers working with aerodynamic simulations.
• Is it suitable for coursework? Yes—its applied, project-driven structure fits computational aerodynamics courses well.
• Does it help with interpreting CFD results? Yes—validation, convergence, and engineering judgment are emphasized throughout.
• Why buy from BooksGoat? Competitive pricing with free worldwide shipping and reliable fulfillment.