Brian Hinderliter

University of Minnesota, Duluth

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Stuart Croll

North Dakota State University

Gordon P. Bierwagen

North Dakota State University

Dennis E. Tallman

North Dakota State University

Kerry N. Allahar

Boise State University

Hector Medina

Virginia Commonwealth University

Melissa A. Maurer‐Jones

University of Minnesota, Duluth

Robert Duckworth

Oak Ridge National Laboratory

Erik Sapper

California Polytechnic State University

Victoria J. Gelling

Sherwin Williams (United States)

A.M. Simões

University of Lisbon

Cooperative Institutions

North Dakota State University

University of Minnesota, Duluth

University of Minnesota

Dakota State University

Virginia Commonwealth University

National Institute of Standards and Technology

Fraunhofer Institute for Structural Durability and System Reliability

Oak Ridge National Laboratory

Twin Cities Orthopedics

National Technical Information Service

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Diffusion-induced interface motion in ternary systems with interfacial kinetic barriers

William C. Johnson Brian Hinderliter

Interface (matter)

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Environmental and time dependence of moisture transportation in an epoxy coating and its significance for accelerated weathering

Journal of Coatings Technology and Research (2009)

Xiaodong Shi Brian Hinderliter Stuart Croll

Saturation (graph theory)

Weight change

10.1007/s11998-009-9209-x

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Lateral Diffusion in Coating Systems

Brian Hinderliter Kenneth Croes Xiaoning Qi Victoria J. Gelling Stuart Croll

Abstract : Corrosion is an electrochemical reaction of metals with the liquid environment. Why do we care about diffusion? * Corrosion requires electrical contact, electrolyte * Corrosive ion transport, Cl- * Corrosion inhibitors (chromates) * Optimize drying cycles *Design better accelerated testing protocols. What diffuses? * Oxygen, water, chromates and other soluble inhibitors * Residual solvent or hydrolysis products out * UV absorbers, free radicals, pollutants

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Cable insulation testing for mechanistic degradation FEA modeling

Brian Hinderliter Elizabeth Hill Melissa A. Maurer‐Jones Alexander Carlberg Taylor Hebner

Degradation

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SVET method for characterizing anti-corrosion performance of metal-rich coatings

Corrosion Science (2010)

Maocheng Yan Victoria J. Gelling Brian Hinderliter Dante Battocchi Dennis E. Tallman

Galvanic cell

Galvanic anode

Open-circuit voltage

10.1016/j.corsci.2010.04.012

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Citations (77)

Aqueous Degradation in Harvested Medium Voltage Cables in Nuclear Power Plants

The minerals, metals & materials series (2017)

Robert Duckworth A.R. Ellis Brian Hinderliter Ernest E. Hill Melissa A. Maurer‐Jones

Degradation

High Voltage

Power cable

10.1007/978-3-319-68454-3_4

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Comparing Transport Properties of Coatings Using High Throughput Methods

Springer eBooks (2008)

Brian Hinderliter Verena S. Bonitz Kerry N. Allahar Gordon P. Bierwagen Stuart Croll

10.1007/978-0-387-84876-1_27

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Ionic liquid enhanced electrochemical characterization of transport phenomena

Brian Hinderliter Kerry N. Allahar Gordon P. Bierwagen Dennis E. Tallman Stuart Croll

Characterization

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Kinetics of phase growth in stressed systems with non-equilibrium interfaces

Brian Hinderliter

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Generation and Mechanical Analysis of Repeatable Random Rough Surfaces

Volume 5: Fusion Engineering; Student Paper Competition; Design Basis and Beyond Design Basis Events; Simple and Combined Cycles (2012)

Hector Medina Brian Hinderliter

Natural weathering and wear of structural materials in service nearly always generate surface roughness, and follow the Central Limit Theorem prediction for surface topology. This study couples experimental and statistical theory, to extend knowledge of life of materials from initial service surface conditions through surface damage accumulation. Statistical moments and other parameters were correlated with fracture locations probability (H/N), versus auto correlation length, and depth. As the surface grows to a full Gaussian, H/N increases its dependence on profile’s average and RMS roughness, and derived parameters. This dependence shows an asymptotic limit behavior that approaches agreeably Griffith’s crack criterion, though with multiple fracture locations. Importantly, a Transitional Region was observed, below which the probable location of fracture is uncorrelated to the parameters studied. This is because introduced roughness is insufficient to compete with impurities, internal and external manufacturing flaws, and scratches, due to handling and machining, on the samples.

Central limit theorem

Service life

10.1115/icone20-power2012-54951

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