David Young

Assistant Director & Research Professor

Ohio State University

United States

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Dr. David Young is an Assistant Director and Research Professor at Ohio University, located in the United States. His research focuses on corrosion science, specifically in high-temperature environments and the effects of oil-water interactions on carbon steel corrosion in CO2 conditions. Recent publications include studies on sulfidation corrosion, corrosion inhibitors, and methodologies for assessing the effectiveness of various compounds in mitigating corrosion.

David Young

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Articles (17)

Kinetic Experiments and Modeling of High-Temperature Sulfidation Corrosion in Oil

Effect of Oil-Water Intermittent Wetting on Corrosion Inhibition of Carbon Steel in CO2 Environment

Mechanism and Rate Law for High-Temperature Carboxylic Acid Corrosion of Steels

Efficiency of Volatile Corrosion Inhibitors in the Presence of n-Heptane: An Experimental and Molecular Simulation Study

Experiments and Molecular Simulations to Study the Effect of Surface-Active Compounds in Mixtures of Model Oils on CO2 Corrosion during Intermittent Oil–Water Wetting

Temperature Dependence of Adsorption and Effectiveness for a Pyrimidinium-Type Corrosion Inhibitor on Mild Steel

Effect of Oil/Water Intermittent Wetting on CO2 Corrosion in the Presence of Acridine and Myristic Acid

Corrosion at Top-of-the-Line in High Pressure and Dense CO2 Environments

Methodology for Corrosion Inhibitor Persistency Studies in Batch Inhibition

Inhibition of Localized Corrosion Propagation on Carbon Steel: A Potentiostatic Study

Impact of residual cementite on inhibition of CO2 corrosion of mild steel

Delinkage of Metal Surface Saturation Concentration and Micellization in Corrosion Inhibition

Pitting Mechanism of Mild Steel in Marginally Sour Environments: Pit Propagation Based on Acidification by Catalytic Oxidation of Dissolved Hydrogen Sulfide

An in-situ Raman study on the oxidation of mackinawite as a corrosion product layer formed on mild steel in marginally sour environments

Application of Scratch Testing for the Assessment of the Adherent Properties of Scales and CO<inf>2</inf> Corrosion Product Layers and their Relation to Corrosion

Pitting mechanism of mild steel in marginally sour environments – Part II: Pit initiation based on the oxidation of the chemisorbed iron sulfide layers

Pitting mechanism of mild steel in marginally sour environments—Part I: A parametric study based on formation of protective layers

Collaborators (3)

Marc Singer

Alysson Bueno

Bruce Brown

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