Utilizing Direct Numerical Simulations of Transition and Turbulence in Design Optimization
by Man M. Rai
Man M. Rai examines the use of direct numerical simulations in understanding transition and turbulence and applying those insights to design optimization. Combining computational fluid dynamics with engineering analysis, this work addresses how simulation-based methods can support the study and improvement of complex designs.
About This Book
This work focuses on utilizing direct numerical simulations to study transition and turbulence.
It connects computational analysis with design optimization, highlighting the role of simulation in engineering decision-making.
The subject sits at the intersection of fluid dynamics, numerical methods, and applied mathematics.
It is intended for readers interested in computational approaches to analyzing and improving designs involving complex flow behavior.
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