Understanding Turbulent Systems
Progress in Particle Dynamics Modeling
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Beschreibung
This open access book provides a thorough introduction to modeling turbulent, dispersed, two-phase flows. It explains the physical phenomena and governing laws at play, followed by a clear and systematic overview of the statistical tools used to develop simplified or coarse-grained models.
With a pedagogical approach, the book uses practical examples to explain complex physical processes and stochastic methods, making it accessible to readers familiar with basic courses in statistical physics and applied mathematics. It also highlights emerging research areas and unexplored challenges in the field.
Designed as a self-contained resource, this book is ideal for graduate students and junior researchers in various branches of physics. At the same time, it serves as a valuable reference for experts seeking deeper insights into turbulent, dispersed, two-phase flows.
This open access book provides a thorough introduction to modeling turbulent, dispersed, two-phase flows. It explains the physical phenomena and governing laws at play, followed by a clear and systematic overview of the statistical tools used to develop simplified or coarse-grained models.
With a pedagogical approach, the book uses practical examples to explain complex physical processes and stochastic methods, making it accessible to readers familiar with basic courses in statistical physics and applied mathematics. It also highlights emerging research areas and unexplored challenges in the field.
Designed as a self-contained resource, this book is ideal for graduate students and junior researchers in various branches of physics. At the same time, it serves as a valuable reference for experts seeking deeper insights into turbulent, dispersed, two-phase flows.
This book is open access, which means that you have free and unlimited access Provides a detailed rationale for using Lagrangian stochastic methods to model discrete particle dynamics Investigates the limitations of kinetic-based particle transport models and Boltzmann-like collision approaches Offers a step-by-step guide to building probabilistic models and introduces new approaches to inspire further research
Autor*in
Jean-Pierre Minier
Themen in »Understanding Turbulent Systems«
Open Access multiphase flows, particle-laden flows particle tracking methods large-Eddy simulations Reynolds-averaged Navier-Stokes approaches fast-variable elimination techniques Langevin and Navier-Stokes equations in fluids