Add to ORKG‘Stability, separation and close body interactions’. Subject Areas: fluid mechanics, applied mathematics, differential equations, integral equations Keywords: laminar separation bubble, laminar–turbulent transition, viscous–inviscid interaction, triple-deck theory, adjoint operator method Author for correspondence
Linear global instability of the three-dimensional (3-D), spanwise-homogeneous laminar separation bu...
This chapter is an introduction to the asymptotic theory of laminar viscous flows at large Reynolds ...
Dynamics of marginal liquid foams Liquid foams are compact packings of gas bubbles in a surfactant s...
‘Stability, separation and close body interactions’. Subject Areas: fluid mechanics, applied mathema...
‘Stability, separation and close body interactions’. Subject Areas: fluid mechanics, mathematical mo...
We analyse the three-dimensional non-parallel instability mechanisms responsible for transition to t...
One contribution of 15 to a Theme Issue ‘Stability, separation and close body interactions’. Subject...
Abstract. The paper presents a personal view on the history of viscous-inviscid interaction methods,...
Laminar separation bubbles are thought to be highly non-parallel, and hence global stability studies...
The mutual interaction of laminar-turbulent transition and mean flow evolution is studied in a press...
The present paper is intended to give an introduction and an overview on instability and transi-tion...
The prediction of boundary layer deceleration and separation in regions of adverse pressure gradient...
The three dimensional marginal separation of a boundary layer along a line of symmetry is considered...
Our objective in this project was to derive a mathematically exact theory of unsteady fluid flow sep...
This is an experimental and theoretical Study of a laminar separation bubble and the associated li...
Linear global instability of the three-dimensional (3-D), spanwise-homogeneous laminar separation bu...
This chapter is an introduction to the asymptotic theory of laminar viscous flows at large Reynolds ...
Dynamics of marginal liquid foams Liquid foams are compact packings of gas bubbles in a surfactant s...
‘Stability, separation and close body interactions’. Subject Areas: fluid mechanics, applied mathema...
‘Stability, separation and close body interactions’. Subject Areas: fluid mechanics, mathematical mo...
We analyse the three-dimensional non-parallel instability mechanisms responsible for transition to t...
One contribution of 15 to a Theme Issue ‘Stability, separation and close body interactions’. Subject...
Abstract. The paper presents a personal view on the history of viscous-inviscid interaction methods,...
Laminar separation bubbles are thought to be highly non-parallel, and hence global stability studies...
The mutual interaction of laminar-turbulent transition and mean flow evolution is studied in a press...
The present paper is intended to give an introduction and an overview on instability and transi-tion...
The prediction of boundary layer deceleration and separation in regions of adverse pressure gradient...
The three dimensional marginal separation of a boundary layer along a line of symmetry is considered...
Our objective in this project was to derive a mathematically exact theory of unsteady fluid flow sep...
This is an experimental and theoretical Study of a laminar separation bubble and the associated li...
Linear global instability of the three-dimensional (3-D), spanwise-homogeneous laminar separation bu...
This chapter is an introduction to the asymptotic theory of laminar viscous flows at large Reynolds ...
Dynamics of marginal liquid foams Liquid foams are compact packings of gas bubbles in a surfactant s...
