David Poerschke

Assistant Professor

University of Minnesota

United States

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David Poerschke is an Assistant Professor at the University of Minnesota, USA. His research areas encompass phase stability of complex oxides, high-temperature oxidation behavior of advanced materials, and the effects of thermal cycling on various coatings. Recent publications include studies on yttrium-iron garnets, hot corrosion mechanisms in CoNiCrAlY coatings, and the synthesis of metallic nanocrystals.

Articles (16)

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2025

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2025

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2025

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2024

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2024

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2024

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2023

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2023

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2023

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2023

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2023

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2022

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2022

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2022

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2022

Collaborators (2)

Carlos G. Levi

UNITED STATES

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Uwe Kortshagen

University of Minnesota

UNITED STATES

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David Poerschke

Research Interests

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About

Articles (16)

Effects of Ca/Mg/Al/Si oxide additions on the phase stability of yttrium-iron garnets

Effect of deposit composition and thermal cycling parameters on oxide- and sulfate-induced hot corrosion of CoNiCrAlY HVOF coatings

Thermal stability of 3D interface Cu/Nb nanolaminates

Nonthermal Plasma Synthesis of Metallic Ti Nanocrystals

The Impact of Ni- and Cr-Containing Thermally Grown Oxides on the Intensity of Oxide and Sulfate Induced Hot Corrosion of an Alumina-Forming Alloy

Electrochemical Technique to Characterize the High Temperature Oxidation Behavior of Materials

Spreading and reaction behavior of CMAS-type silicate melts with multiphase Y and Gd aluminate-zirconate T/EBC materials

Phase stability and cation partitioning in compositionally complex rare earth aluminates and aluminate‐zirconate mixtures

Slow sintering in garnet‐containing Y and Gd zirconate–aluminate mixtures for thermal barrier coatings

Approach for statistical analysis of oxide- and sulfate-induced hot corrosion of advanced alloys

Gas nitriding behavior of refractory metals and implications for multi-principal element alloy design

Quantifying the efficiency of reactions between silicate melts and rare earth aluminate-zirconate T/EBC materials

Stability of oxide-sulfate mixtures and implications for deposit-induced degradation of advanced alloys and coatings

Protocol for selecting exemplary silicate deposit compositions for evaluating thermal and environmental barrier coatings

Apatite and garnet stability in the Al–Ca–Mg–Si–(Gd/Y/Yb)–O systems and implications for T/EBC: CMAS reactions

Developments in Thermodynamic Models of Deposit-Induced Corrosion of High-Temperature Coatings

Collaborators (2)

Carlos G. Levi

Uwe Kortshagen

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