: It reviews the building blocks of computational geometries, such as curve and surface formulations.
: Includes "real-life" example case studies to ground theoretical optimization in practical engineering scenarios. Critical Reception
Professional reviews highlight its readability and practical utility:
“The book is generally well written and easy to read, with a pleasing use of aircraft photographs to illustrate the text.” Wiley Online Library · 11 years ago
: While covering general airframe geometry, it places a significant focus on lift-generating surfaces and legacy formulations.
by András Sóbester and Alexander I. J. Forrester is a practical, code-heavy textbook that focuses on the crucial link between geometry parameterization and airframe optimization. It is generally regarded as a well-written, accessible resource for those needing to bridge the gap between theoretical aerodynamics and modern computational design. Key Features and Content
: The book argues that optimal design is impossible without a mathematical model of controls (design variables) to generate candidate airframe shapes.
: A standout feature is the inclusion of MATLAB, Python, and Rhinoceros code, allowing readers to apply concepts immediately to their own models.
: It reviews the building blocks of computational geometries, such as curve and surface formulations.
: Includes "real-life" example case studies to ground theoretical optimization in practical engineering scenarios. Critical Reception
Professional reviews highlight its readability and practical utility:
“The book is generally well written and easy to read, with a pleasing use of aircraft photographs to illustrate the text.” Wiley Online Library · 11 years ago
: While covering general airframe geometry, it places a significant focus on lift-generating surfaces and legacy formulations.
by András Sóbester and Alexander I. J. Forrester is a practical, code-heavy textbook that focuses on the crucial link between geometry parameterization and airframe optimization. It is generally regarded as a well-written, accessible resource for those needing to bridge the gap between theoretical aerodynamics and modern computational design. Key Features and Content
: The book argues that optimal design is impossible without a mathematical model of controls (design variables) to generate candidate airframe shapes.
: A standout feature is the inclusion of MATLAB, Python, and Rhinoceros code, allowing readers to apply concepts immediately to their own models.