Heat and momentum transfer in laminar flow: Helium initially at plasma temperatures

Wethern, R. J.; Brodkey, Robert S.

doi:10.1002/aic.690090111

AIChE Journal

1963

DOI: 10.1002/aic.690090111

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Heat and momentum transfer in laminar flow: Helium initially at plasma temperatures

R. J. Wethern¹,

Robert S. Brodkey²

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Cited by 8 publications

References 6 publications

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Recent developments in plasma jet technology

Kubaisek

Gauvin

1967

Can J Chem Eng

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This article is an up‐to‐date survey of the field of plasma jet technology. Its intention is to make available the latest information about the characteristics, limitations and applications of plasma generating devices, particularly in the field of chemical processing. The uses of plasma jet in the aerospace field, and in material processing and fabrication are briefly reviewed. The chemical applications discussed include the syntheses of acetylene, cyanogen, nitric oxide, as well as various carbides and nitrides.

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Recent developments in plasma jet technology

Kubaisek

Gauvin

1967

Can J Chem Eng

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Heat transfer in the case of a plasma jet flowing into a cylinder

Stel'makh¹,

Chesnokov²

1967

Journal of Engineering Physics

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Characteristics of clustered particles in skimming flows on a stepped spillway

Sun

Chanson

2012

Environ Fluid Mech

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Air-water flows at hydraulic structures are commonly observed and called white waters. The free-surface aeration is characterised by some intense exchanges of air and water leading to complex air-water structures including some clustering. The number and properties of clusters may provide some measure of the level of particle-turbulence and particle-particle interactions in the high-velocity air-water flows. Herein a re-analysis of air-water clusters was applied to a highly aerated free-surface flow data set (Chanson and Carosi 2007). A two-dimensional cluster analysis was introduced combining a longitudinal clustering criterion based on near-wake effect and a side-by-side particle detection method. The results highlighted a significant number of clustered particles in the high-velocity free-surface flows. The number of bubble/droplet clusters per second and the percentage of clustered particles were significantly larger using the two-dimensional cluster analysis than those derived from earlier longitudinal detection techniques only.A number of large cluster structures were further detected. The results illustrated the complex interactions between entrained air and turbulent structures in skimming flow on a stepped spillway, and the cluster detection method may apply to other highly aerated free-surface flows.

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Heat and momentum transfer in laminar flow: Helium initially at plasma temperatures

Cited by 8 publications

References 6 publications

Recent developments in plasma jet technology

Recent developments in plasma jet technology

Heat transfer in the case of a plasma jet flowing into a cylinder

Characteristics of clustered particles in skimming flows on a stepped spillway

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