A new algebraic RANS model for laminar–turbulent transition will be presented. The model
follows the Local-Correlation-based Transition Modeling concept, is Galilean invariant and …

The steady and unsteady flow properties of the National Aeronautics and Space
Administration (NASA) single-stage transonic compressor stage 35 are numerically …

An algebraic transition model has been developed to preserve the “flow-structure-adaptive”
characteristics in “Reynolds-Averaged Navier–Stokes”(RANS) computations for multiple …

A one-equation Reynolds-averaged Navier-Stokes (RANS) closure model has been
established for bypass transition and laminar separation bubble (LSB)–induced transition. A …

The proposed model integrates two transition mechanisms into the turbulent kinetic energy
(k-equation) turbulence framework, assisted by transition representatives. These include a …

The objective of the present work is to propose an extended analytical wall function that is
capable of predicting the bypass transition from laminar to turbulent flow. The algebraic γ …

The transition from laminar flow to turbulence is challenging to model in CFD. Due to the
complex nature of transition, it is neglected in CFD codes usually by assuming the flow is …

This study proposes a new correlation-based algebraic transition model using local
variables. Instead of solving an additional transport equation for intermittency, the model …

This study proposes a new correlation-based algebraic transition model using local
variables. Instead of solving an additional transport equation for intermittency, the model …

There is a closure problem in the intermittency equation with one extra unknown term. The
lower-bound and upper-bound limits of this unknown term are revealed. The behavior of this …