Applied Conditions for a Diffusion Electrochemical Method for Surface Streamlines Visualisation

Abdelkader Noureddine

doi:10.4028/www.scientific.net/DDF.283-286.335

Paper Titles

Exhaust Thermal Energy Use and Optimization in Remote Areas
p.309

Evaluation of Environmentally Friendly Zr Based Nano Structured Conversion Coating for HRS (Hot Rolled Steel) in Powder Coating
p.316

Early Stage of Solid State Interfacial Reaction between Copper and Tin
p.323

A Numerical Study of Decoupled Bubble Dynamics in Nucleate Boiling
p.329

Applied Conditions for a Diffusion Electrochemical Method for Surface Streamlines Visualisation
p.335

Study of Macrosegregation Defects Formation Caused by Double Diffusive Convective Flow during Solidification of a Binary Alloy
p.340

Experimental and Numeric Study of Flow Around a Parallelepiped Obstacle Issued from a Bent Chimney
p.346

Numerical Model for Multilayer Thin Films Irradiated by a Moving Laser Source
p.352

Transient Heat Conduction in Solids Irradiated by a Moving Heat Source
p.358

HomeDefect and Diffusion ForumDefect and Diffusion Forum Vols. 283-286Applied Conditions for a Diffusion Electrochemical...

Applied Conditions for a Diffusion Electrochemical Method for Surface Streamlines Visualisation

Abstract:

The setup of the surface flow visualisation by electrochemical deposit has given good results in the case of different flow types and in particular in the case of solids in rotation [1- 4]. This technique is based on the mass transfer principle towards a reactive surface electrode on which the studied flow will be visualised. This visualisation method of the surface streamlines by electrochemical deposit has allowed to understand the flow between a rotating and fixed discs. The inlet phenomenal named edge effects have been clearly seen during the visualization and the theoretical study. The purpose of this study is to precise the wide range from the surface streamlines configurations.