Constitutive theory of inhomogeneous turbulent flow based on two-scale Lagrangian formalism

Abstract

A closure theory is developed for inhomogeneous turbulent flow, which enables a systematic derivation of the turbulence constitutive relations without relying on any empirical parameters. Renormalized-perturbation approximation is performed in the convective coordinate frame based on the mean flow, successfully incorporating the convective integration in generally covariant manner.

References in corpus (3)

• Large-scale flow generation by inhomogeneous helicity
• Covariance and objectivity in mechanics and turbulence
• Mean-Lagrangian formalism and covariance of fluid turbulence

Cited by in corpus (1)

• Higher-order realizable algebraic Reynolds stress modeling based on the square root tensor