Description
Design Optimization of Fluid Machinery: Applying Computational Fluid Dynamics and Numerical Optimization (PDF)
This enlightening ebook provides a wealth of knowledge on the integration of numerical optimization methods specifically tailored for fluid machinery, showcasing their pivotal industrial use. Encompassing a rich foundation in computational fluid dynamics, it seamlessly introduces critical concepts including fluid mechanics, the intricacies of fluid machines, and their individual components.
Readers will delve into both single and multi-objective optimization strategies, explore the intricacies of surrogate models, and become familiar with the frameworks of automated optimization and evolutionary algorithms. The design methods and practical applications are thoroughly discussed, highlighting essential areas such as pumps, compressors, and turbines, while placing a special focus on systems linked to renewable energy sources.
- Authored by a distinguished international team of experts in the field, ensuring authoritative insights and innovative approaches.
- Emphasizes industrially significant applications, with dedicated segments on sustainable energy technologies and their relevance in contemporary engineering.
- Consolidates various optimization strategies utilizing computational fluid dynamics specifically for fluid machinery into one indispensable reference work.
The ebook Design Optimization of Fluid Machinery (PDF) is a vital resource for researchers, graduate students, and engineering professionals specializing in fluid machinery and its optimization techniques. This comprehensive guide serves as a foundational text for advanced learners in mechanical engineering, fluid dynamics, and aerospace engineering.
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Discover how to leverage cutting-edge advancements in design optimization and computational fluid dynamics to elevate your understanding and application of fluid machinery technologies.
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