Add to ORKGThe report deals with mathematical modelling and experimental investigation of the bypass transition in boundary-layer flows. The modelling of bypass transition is based on two-layer turbulence models and an algebraic intermittency model. The effect of velocity and length scales of free-stream turbulence on the onset and the end of the transition region for flat-plate boundary layer was investigated experimentally
Current models for transition in turbomachinery boundary layer flows are reviewed. The basic physica...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
Boundary layer transition induced by high levels of free stream turbulence (FSl), so called bypass t...
The paper discusses an algebraic intermittency model for prediction of bypass and separation-induced...
Abstract. Most of transition models are proposed for modelling of the bypass transition common in th...
Most of transition models are proposed for modelling of the bypass transition common in the internal...
Most of transition models are proposed for modelling of the bypass transition common in the internal...
A modified algebraic model of bypass transition was implemented into the in-house numerical code for...
The paper deals with modification of the transition model with the algebraic equation for the interm...
Current models for transition in turbomachinery boundary layer flows are reviewed. The basic physica...
Bypass transition in flat-plate boundary layers due to a highly disturbed free stream is investiga...
The paper discusses an algebraic intermittency model for prediction of bypass and separation-induced...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
International audienceFor numerical predicting turbomachinery flows a two-equation turbulence model ...
Current models for transition in turbomachinery boundary layer flows are reviewed. The basic physica...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
Boundary layer transition induced by high levels of free stream turbulence (FSl), so called bypass t...
The paper discusses an algebraic intermittency model for prediction of bypass and separation-induced...
Abstract. Most of transition models are proposed for modelling of the bypass transition common in th...
Most of transition models are proposed for modelling of the bypass transition common in the internal...
Most of transition models are proposed for modelling of the bypass transition common in the internal...
A modified algebraic model of bypass transition was implemented into the in-house numerical code for...
The paper deals with modification of the transition model with the algebraic equation for the interm...
Current models for transition in turbomachinery boundary layer flows are reviewed. The basic physica...
Bypass transition in flat-plate boundary layers due to a highly disturbed free stream is investiga...
The paper discusses an algebraic intermittency model for prediction of bypass and separation-induced...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
International audienceFor numerical predicting turbomachinery flows a two-equation turbulence model ...
Current models for transition in turbomachinery boundary layer flows are reviewed. The basic physica...
Prediction of laminar-turbulent transition at high level of free-stream turbulence in boundary layer...
Boundary layer transition induced by high levels of free stream turbulence (FSl), so called bypass t...