The NASA Langley Turbulence Model Resource (TMR) website has been active for over five years. Its main goal of providing a one-stop, easily accessible internet site for up-to-date information on Reynolds-averaged Navier-Stokes turbulence models remains unchanged. In particular, the site strives to provide an easy way for users to verify their own implementations of widely-used turbulence models, and to compare the results from different models for a variety of simple unit problems covering a range of flow physics. Some new features have been recently added to the website. This paper documents the site's features, including recent developments, future plans, and open questions
The accuracy to which a turbulent boundary layer or wake can be predicted numerically depends on the...
Topics considered include: New approach to turbulence modeling; Second moment closure analysis of th...
Papers are presented under the following subject areas: small scales; turbulence physics; compressib...
In current practice, it is often difficult to draw firm conclusions about turbulence model accuracy ...
Computational fluid dynamics (CFD) software that solves the Reynolds-averaged Navier-Stokes (RANS) e...
Progress in modeling external aerodynamic flows achieved by using computations and experiments desig...
In recent years codes that use the Navier-Stokes equations to compute aerodynamic flows have evolved...
The objective is to provide clear and well-motivated guidance to Machine Learning (ML) teams, founde...
Advances in turbulence modeling are needed in order to calculate high Reynolds number flows near the...
Direct numerical simulation databases were used to study turbulence physics and modeling issues at t...
Here we provide an overview of some of the most commonly used turbulence models used in current CFD ...
The basic objective of this research was to identify, develop and recommend turbulence models which ...
The implementation of the SSG/LRR-omega differential Reynolds stress model into the NASA flow solver...
A grid convergence study is performed to establish benchmark solutions for turbulent flows in three ...
The full text of a paper presented at the Whither Turbulence Workshop (Cornell University, March 22-...
The accuracy to which a turbulent boundary layer or wake can be predicted numerically depends on the...
Topics considered include: New approach to turbulence modeling; Second moment closure analysis of th...
Papers are presented under the following subject areas: small scales; turbulence physics; compressib...
In current practice, it is often difficult to draw firm conclusions about turbulence model accuracy ...
Computational fluid dynamics (CFD) software that solves the Reynolds-averaged Navier-Stokes (RANS) e...
Progress in modeling external aerodynamic flows achieved by using computations and experiments desig...
In recent years codes that use the Navier-Stokes equations to compute aerodynamic flows have evolved...
The objective is to provide clear and well-motivated guidance to Machine Learning (ML) teams, founde...
Advances in turbulence modeling are needed in order to calculate high Reynolds number flows near the...
Direct numerical simulation databases were used to study turbulence physics and modeling issues at t...
Here we provide an overview of some of the most commonly used turbulence models used in current CFD ...
The basic objective of this research was to identify, develop and recommend turbulence models which ...
The implementation of the SSG/LRR-omega differential Reynolds stress model into the NASA flow solver...
A grid convergence study is performed to establish benchmark solutions for turbulent flows in three ...
The full text of a paper presented at the Whither Turbulence Workshop (Cornell University, March 22-...
The accuracy to which a turbulent boundary layer or wake can be predicted numerically depends on the...
Topics considered include: New approach to turbulence modeling; Second moment closure analysis of th...
Papers are presented under the following subject areas: small scales; turbulence physics; compressib...