The simulation of plane impinging jets using the Lagrangian technique of smooth particle hydrodynamics is pre-sented. In Section 1 the impingement of a plane jet onto a stationary surface is considered for Reynolds numbers 800, 4000, 8000 and Froude number 4. For each case, the height of the associated streams is measured and compared with both experimental and theoretical results. The agreement between these results is found to be close for most im-pingement angles. In the second section, impingement onto a moving surface is considered for Reynolds numbers of 50 and 800 and Froude numbers of 1 and 4. The preliminary results show that the moving surface can lead to some spatial height variation in at least one of the streams. Ó 1998 Elsevie...
In this study, the hydrodynamic and heat transfer properties of a surface were investigated numerica...
AbstractThis paper presents a fundamental gas-kinetic study on a high speed planar rarefied jet impi...
This paper briefly reviews recent work on gaseous plume impingement flows. As the major part of this...
AbstractThe simulation of plane impinging jets using the Lagrangian technique of smooth particle hyd...
Jet impingement against surfaces is uses in several industrial applications, including the internal ...
Motivated by the need to improve transfer efficiencies of liquid coatings from jet impingement, an e...
In the railroad industry, coating of the rail with liquid changes the forces at the wheel-rail inter...
This paper presents an implementation of an improved smoothed particle hydrodynamics (SPH) method fo...
Motivated by the need to improve transfer efficiencies of liquid coatings from jet impingement in ra...
Jet impingement still is one of demanding cases regarding computational fluid dynamics, due to its h...
This research studies the impingement of a free surface Newtonian liquid jet on a dry solid moving w...
Multiple jet impingement is a widely implemented convective process for enhancing heat transfer over...
The impingement of a high-speed liquid jet on a moving surface and the resulting deposition or splas...
The flow field associated with a jet impinging onto a surface at an inclined angle is investigated u...
Extensive studies have been done before to understand the behavior of jet flows. Such flows include ...
In this study, the hydrodynamic and heat transfer properties of a surface were investigated numerica...
AbstractThis paper presents a fundamental gas-kinetic study on a high speed planar rarefied jet impi...
This paper briefly reviews recent work on gaseous plume impingement flows. As the major part of this...
AbstractThe simulation of plane impinging jets using the Lagrangian technique of smooth particle hyd...
Jet impingement against surfaces is uses in several industrial applications, including the internal ...
Motivated by the need to improve transfer efficiencies of liquid coatings from jet impingement, an e...
In the railroad industry, coating of the rail with liquid changes the forces at the wheel-rail inter...
This paper presents an implementation of an improved smoothed particle hydrodynamics (SPH) method fo...
Motivated by the need to improve transfer efficiencies of liquid coatings from jet impingement in ra...
Jet impingement still is one of demanding cases regarding computational fluid dynamics, due to its h...
This research studies the impingement of a free surface Newtonian liquid jet on a dry solid moving w...
Multiple jet impingement is a widely implemented convective process for enhancing heat transfer over...
The impingement of a high-speed liquid jet on a moving surface and the resulting deposition or splas...
The flow field associated with a jet impinging onto a surface at an inclined angle is investigated u...
Extensive studies have been done before to understand the behavior of jet flows. Such flows include ...
In this study, the hydrodynamic and heat transfer properties of a surface were investigated numerica...
AbstractThis paper presents a fundamental gas-kinetic study on a high speed planar rarefied jet impi...
This paper briefly reviews recent work on gaseous plume impingement flows. As the major part of this...