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03322 A NEW IMPINGING JET DEVICE FOR CORROSION STUDIES

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Product Number: 51300-03322-SG
ISBN: 03322 2003 CP
Author: A. Demoz, T. Dabros, K. Michaelian, S. Papavinasam, W. Revie
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A new high pressure and temperature submerged impinging jet device is described. The experimental results of its flow characteristics are summarized. Local mass transfers on a Teflon disc normal to the jet with eight 1-mm diameter microelectrodes located at 0 < x/r < 3.8, where x is the distance from the stagnation point on the disc and r is the jet nozzle radius, were measured using the limiting current of potassium ferricyanide solution for 50 <= Reynolds number (Re) <= 4500 at a jet nozzle exit to disc height, H, to r ratio of 10. Flow transition from laminar to turbulent flow occurred at Re... Keywords: Impinging jet, wall shear stress, laminar flow, turbulent flow, limiting current, Sherwood number, Reynolds number, fluid flow, stagnation region.
A new high pressure and temperature submerged impinging jet device is described. The experimental results of its flow characteristics are summarized. Local mass transfers on a Teflon disc normal to the jet with eight 1-mm diameter microelectrodes located at 0 < x/r < 3.8, where x is the distance from the stagnation point on the disc and r is the jet nozzle radius, were measured using the limiting current of potassium ferricyanide solution for 50 <= Reynolds number (Re) <= 4500 at a jet nozzle exit to disc height, H, to r ratio of 10. Flow transition from laminar to turbulent flow occurred at Re... Keywords: Impinging jet, wall shear stress, laminar flow, turbulent flow, limiting current, Sherwood number, Reynolds number, fluid flow, stagnation region.
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The effect of fluid flow on corrosion, or flow accelerated corrosion, is defined by mass transfer and wall shear stress parameters existing in the water phase contacting the solid wall. Jet impingement offers an experimental method to measure the effect of these parameters on corrosion.
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