The harsh operating environments of modern gas turbines demand robust mechanical design alongside aerodynamic optimization.

The radial geometry perfectly suits the pulsating, lower-volume exhaust gases of internal combustion engines.

Smaller radial wheels are often easier and cheaper to cast than complex multi-bladed axial discs. Primary Applications

The world of turbomachinery is one of high speeds, extreme temperatures, and relentless pursuit of efficiency. A resource like Moustapha's "Axial and Radial Turbines" is not just a repository of facts—it is a distillation of decades of practical experience from industry giants. Whether you are a student seeking to understand the fundamentals or a professional tackling a complex design problem, this high-quality text will serve as an invaluable guide on your engineering journey.

Dr. Moustapha was joined by three other distinguished experts, making this a collaborative effort of industry leaders:

The authority of this book is rooted in the extraordinary industry and academic credentials of its authors. The lead author, , is a world-renowned expert in gas turbines, having spent over three decades at Pratt & Whitney Canada (P&WC) as a Senior Fellow and Manager of the Technology and Collaboration Office. His deep expertise is reflected in over 70 publications and numerous national and international awards. His work was recognized at the highest level when he was made a Knight (Chevalier) of the National Order of Québec.