Concepedia

Concept

hybrid turbulence modeling

Parents

185

Publications

13.6K

Citations

507

Authors

214

Institutions

About

Hybrid turbulence modeling is a class of computational fluid dynamics methodologies that strategically combine different turbulence modeling approaches within a single simulation domain to leverage the computational efficiency of certain methods (e.g., Reynolds-averaged Navier-Stokes, RANS) in some flow regions while employing more computationally intensive, high-fidelity methods (e.g., Large Eddy Simulation, LES) in others. This research field investigates techniques for seamlessly coupling these disparate models, typically combining RANS near solid boundaries with LES or Wall-Modeled LES (WMLES) in the outer flow, aiming to achieve a balance between computational cost and simulation accuracy for complex turbulent flows encountered in various engineering and scientific applications.

Top Authors

Rankings shown are based on concept H-Index.

RD

The University of Melbourne

KD

University of Michigan

JL

Citrine Informatics (United States)

JW

Southern University of Science and Technology

BE

University of Manchester

Top Institutions

Rankings shown are based on concept H-Index.

Stanford University

Stanford, United States

The University of Melbourne

Melbourne, Australia

Boeing (United States)

Chicago, United States

University of Michigan

Ann Arbor, United States

Top Venues

Rankings shown are based on concept H-Index.