Describes research in which a laser-Doppler anemometer was employed to quantitatively define the variation of separation length with Reynolds number and to obtain detailed information on the velocity profiles downstream of the step. The paper also presents preliminary numerical predictions of the reattachment point for this flow in the laminar region which are compared with experimental results. Good agreement is obtained between experimental and theoretical results. (from paper
The paper presents 2-D numerical simulations of laminar backward-facing step flow using the FemLab 3...
The backward-facing step flow (BFSF) is a classical problem in fluid mechanics, hydraulic engineerin...
The backward-facing step (BFS) is a heuristic example, allowing for complex phenomena to arise in a ...
Laser-Doppler measurements of velocity distribution and reattachment length are reported downstream ...
Investigation of flow separation and reattachment length over a backward facing step are such as the...
Reattachment of a turbulent shear layer is an important process in wide variety of engineering syste...
suddenly increases, and in gas turbines and heat transfer devices. The location of the reattachment ...
Velocity measurements are reported for three-dimensional laminar separated airflow adjacent to a bac...
Laser-Doppler velocity measurements adjacent to the bounding walls of three-dimensional (3-D) backwa...
The flow over a forward-facing step (FFS) and a backward-facing step (BFS) have been extensively stu...
An experimental investigation was carried out on the flapping motion of a turbulent reattaching shea...
Numerical simulations for incompressible three-dimensional laminar forced convection flow adjacent t...
Investigation of reattachment length for a turbulent flow over a backward facing step for different ...
This thesis presents an experimental study and numerical predictions of the separated-reattaching fl...
Measurements of velocity and temperature distributions in buoyancy-assisting laminar mixed convectio...
The paper presents 2-D numerical simulations of laminar backward-facing step flow using the FemLab 3...
The backward-facing step flow (BFSF) is a classical problem in fluid mechanics, hydraulic engineerin...
The backward-facing step (BFS) is a heuristic example, allowing for complex phenomena to arise in a ...
Laser-Doppler measurements of velocity distribution and reattachment length are reported downstream ...
Investigation of flow separation and reattachment length over a backward facing step are such as the...
Reattachment of a turbulent shear layer is an important process in wide variety of engineering syste...
suddenly increases, and in gas turbines and heat transfer devices. The location of the reattachment ...
Velocity measurements are reported for three-dimensional laminar separated airflow adjacent to a bac...
Laser-Doppler velocity measurements adjacent to the bounding walls of three-dimensional (3-D) backwa...
The flow over a forward-facing step (FFS) and a backward-facing step (BFS) have been extensively stu...
An experimental investigation was carried out on the flapping motion of a turbulent reattaching shea...
Numerical simulations for incompressible three-dimensional laminar forced convection flow adjacent t...
Investigation of reattachment length for a turbulent flow over a backward facing step for different ...
This thesis presents an experimental study and numerical predictions of the separated-reattaching fl...
Measurements of velocity and temperature distributions in buoyancy-assisting laminar mixed convectio...
The paper presents 2-D numerical simulations of laminar backward-facing step flow using the FemLab 3...
The backward-facing step flow (BFSF) is a classical problem in fluid mechanics, hydraulic engineerin...
The backward-facing step (BFS) is a heuristic example, allowing for complex phenomena to arise in a ...