Add to ORKGThe paper describes two kinds of jet flows: the confined and impinging jet flow. A triaxial thermoanemometer probe with a temperature sensor was used to study the confined jet flow. The time-average analysis of data resulted in a turbulence characteristic. It allowed the estimation of the budget of turbulent heat flux. The impinging jet flow was investigated by the Particle Image Velocimetry (PIV) method together with heat transfer analysis done with a liquid crystal film. Key words: confined jet, impinging jet, turbulent heat flux, PIV 1
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
For applications requiring high local heat transfer rates, recent research has shown that impinging ...
The paper describes two kinds of jet flows: the confined and impinging jet flow. A triaxial thermoan...
Contemporary electronic systems currently generate high heat fluxes at component level. Impingement ...
An experimental investigation of detailed flow and heat transfer in a narrow impingement channel was...
An experimental investigation of detailed flow and heat transfer in a narrow impingement channel was...
In many industrial applications, a single gas jet or array of jets can impinge upon a surface to enh...
In many industrial applications, a single gas jet or array of jets can impinge upon a surface to enh...
The research reported in this paper has measured in detail the near wall hydrodynamic and thermal ch...
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
Effects of jet inlet geometry and aspect ratio on local and average heat transfer characteristics of...
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
For applications requiring high local heat transfer rates, recent research has shown that impinging ...
The paper describes two kinds of jet flows: the confined and impinging jet flow. A triaxial thermoan...
Contemporary electronic systems currently generate high heat fluxes at component level. Impingement ...
An experimental investigation of detailed flow and heat transfer in a narrow impingement channel was...
An experimental investigation of detailed flow and heat transfer in a narrow impingement channel was...
In many industrial applications, a single gas jet or array of jets can impinge upon a surface to enh...
In many industrial applications, a single gas jet or array of jets can impinge upon a surface to enh...
The research reported in this paper has measured in detail the near wall hydrodynamic and thermal ch...
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
Effects of jet inlet geometry and aspect ratio on local and average heat transfer characteristics of...
Heat transfer by initially laminar and transitional submerged, unconfined gaseous jet impingement on...
International audienceIn this study, the flow and heat transfer characteristics of a round air jet h...
For applications requiring high local heat transfer rates, recent research has shown that impinging ...