Andreas Weller

Professor

Clausthal University of Technology

Germany

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Professor Andreas Weller is a faculty member at Technische Universität Clausthal in Germany. His research focuses on geophysical methods, particularly in the areas of induced polarization, permeability of geological materials, and the interaction of fluids and rocks. Recent publications include topics such as 3-D impedance networks and the impact of magnetic minerals on induced polarization measurements.

Articles (15)

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2025

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2024

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2021

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2021

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2021

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2021

Collaborators (2)

Sina Saneiyan

Assistant Professor

University of Oklahoma

UNITED STATES

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Zeyu Zhang

Clausthal University of Technology

GERMANY

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Andreas Weller

Research Interests

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Articles (15)

3-D impedance networks simulate complex resistivity spectra of sand-pyrite-water mixtures

Modelling of spectral induced-polarization measurements on cm-sized metallic spheres in sand–water mixtures

Permeability and Induced Polarization of Mudstones

Surface conductivity of clays

Understanding the Fate of H2S Injected in Basalts by Means of Time‐Domain Induced Polarization Geophysical Logging

Superposition of induced polarization signals measured on pyrite–sand mixtures

Reply to the Discussion

Ambiguity in induced polarization time constants and the advantage of the Pelton model

The Influence of Magnetic Minerals on Induced Polarization Measurements in Sedimentary Rocks

A comparative study of permeability prediction for Eocene sandstones — Part 2: Application and modification of the Schlumberger-Doll Research equation

Integrated petrographical and petrophysical studies of sandstones from the Araba Formation for reservoir characterization

A comparative study of permeability prediction for Eocene sandstones — Part 1: Application of modified Swanson models to mercury injection capillary pressure and nuclear magnetic resonance data

Desaturation effects of pyrite–sand mixtures on induced polarization signals

Spectral induced polarization: frequency domain versus time domain laboratory data

Estimating the nuclear magnetic resonance surface relaxivity of Eocene sandstones: A comparison of different approaches

Collaborators (2)

Sina Saneiyan

Zeyu Zhang

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