… learning to improve turbulence models. Key principles, … turbulence modeling and physical
constraints, researchers can use data-driven approaches to yield useful predictive models…

… deficiency in modern turbulence models. Almost without exception, today's models yield
accurate … Because complex turbulent flows generally include both of these types of flows, a …

… Turbulence is one of the key phenomena in fluid dynamics. A major challenge in … of
turbulence models for simulations of complex turbulent flows. Development of improved turbulence …

… turbulence models. We will use these ideas to review the constitutive equations so as to set
the stage for later use of these ideas in developing turbulence models. … in turbulence models, …

… , than in modelling). Sharing large codes is more difficult than sharing turbulence models,
for which the equations (normally!) fit on one page. With a few exceptions, models have been …

… Abstract – This document describes the current formulation of the SST turbulence models,
as well as a number of model enhancements. The model enhancements cover a modified …

The state-of-the-art of utilizing turbulence models in wind engineering is reviewed. It is … for
analyzing turbulent flow (DNS, LES, RANS model) are presented. New models and new …

… While we make no claim to originality of most of the contents of the book, we have
attempted to present the turbulence modeling in a systematic and logical fashion, bringing …

… to be controversial, on turbulence modeling for the Reynolds-… “fundamental paradox” of
turbulence modeling, between the … and the nonlocal physical nature of turbulence. Second, we …

… This book presents the k - {epsilon} method for turbulence in a language familiar to applied
mathematicians, stripped bare of all the technicalities of turbulence theory. The model is …