The objective of this paper is to present a simple inviscid model for separated flow past two or three-dimensional objects. Given the points/lines of separation and the base pressure as inputs, the pressure distribution on the wetted surface can be computed. As the full viscous problem including the unsteady wake is intractable at present, an engineering model such as the present one is of interest
Two-dimensional unsteady separated flow past a semi-infinite plate is considered. The rolling up of ...
The numerical simulation of time-dependent, 2-D compressible boundary-layer flow containing a region...
Interdisciplinary and Advanced Topics in Science and Engineering, Volume 3: Separation of Flow prese...
The objective of this paper is to present a simple inviscid model for separated flow past two or thr...
The scope of the present study is the set-up of a simple computational model for the determina-tion ...
Direct numerical simulations of separated-reattaching and separated flows have been performed on mas...
Presented in this report is a new method for the prediction of unsteady, incompressible separated fl...
Our objective in this project was to derive a mathematically exact theory of unsteady fluid flow sep...
A potential flow model is given for lifting, two-dimensional separated flows past bodies. Flow outsi...
Continuing the study carried out by Dr. W.W.H. Yeung, a former Ph.D. student in the department of Me...
Unsteady two-dimensional separated flows past bluff bodies moving steadily under a free surface are ...
The wake source model of Parkinson and Jandali is extended to cover lifting separated flows past two...
We present a scenario for separation in slightly viscous incompressible turbu-lent flow around a sol...
A simple method of solution to the problem of two-dimensional separated flow around multiple-body ci...
A concise mathematical framework is constructed to study the topology of steady 3-D separated flows ...
Two-dimensional unsteady separated flow past a semi-infinite plate is considered. The rolling up of ...
The numerical simulation of time-dependent, 2-D compressible boundary-layer flow containing a region...
Interdisciplinary and Advanced Topics in Science and Engineering, Volume 3: Separation of Flow prese...
The objective of this paper is to present a simple inviscid model for separated flow past two or thr...
The scope of the present study is the set-up of a simple computational model for the determina-tion ...
Direct numerical simulations of separated-reattaching and separated flows have been performed on mas...
Presented in this report is a new method for the prediction of unsteady, incompressible separated fl...
Our objective in this project was to derive a mathematically exact theory of unsteady fluid flow sep...
A potential flow model is given for lifting, two-dimensional separated flows past bodies. Flow outsi...
Continuing the study carried out by Dr. W.W.H. Yeung, a former Ph.D. student in the department of Me...
Unsteady two-dimensional separated flows past bluff bodies moving steadily under a free surface are ...
The wake source model of Parkinson and Jandali is extended to cover lifting separated flows past two...
We present a scenario for separation in slightly viscous incompressible turbu-lent flow around a sol...
A simple method of solution to the problem of two-dimensional separated flow around multiple-body ci...
A concise mathematical framework is constructed to study the topology of steady 3-D separated flows ...
Two-dimensional unsteady separated flow past a semi-infinite plate is considered. The rolling up of ...
The numerical simulation of time-dependent, 2-D compressible boundary-layer flow containing a region...
Interdisciplinary and Advanced Topics in Science and Engineering, Volume 3: Separation of Flow prese...