Thomas Kalscheuer

About Thomas Kalscheuer

Thomas Kalscheuer, With an exceptional h-index of 25 and a recent h-index of 17 (since 2020), a distinguished researcher at Uppsala Universitet, specializes in the field of Applied geophysics, electromagnetic methods, forward modelling, inverse theory, multi-method approaches.

His recent articles reflect a diverse array of research interests and contributions to the field:

Research note: A comparison between normalized controlled‐source electromagnetic field components and transfer functions as input data for three‐dimensional non‐linear …

Improved accuracy of plane-wave electromagnetic modelling by application of the total and scattered field decomposition and perfectly matched layers

Counteracting sensitivity accumulation near source and receiver locations in 3D inversion of controlled-source electromagnetic data

Constrained 2D inversion of radio-magnetotelluric and controlled-source audio-magnetotelluric data using high-resolution reflection seismic data: An example in groundwater …

Iterative solution methods for 3D controlled-source electromagnetic forward modelling of geophysical exploration scenarios

Spectral element method for 3-D controlled-source electromagnetic forward modelling using unstructured hexahedral meshes

Three-dimensional electromagnetic inversion of transfer function data from controlled sources

Schur complement-based preconditioner applied to 3D controlled-source electromagnetic forward problems of geophysical applications

Thomas Kalscheuer Information

University

Position

___

Citations(all)

1815

Citations(since 2020)

1038

Cited By

1155

hIndex(all)

25

hIndex(since 2020)

17

i10Index(all)

38

i10Index(since 2020)

31

Email

University Profile Page

Google Scholar

Thomas Kalscheuer Skills & Research Interests

Applied geophysics

electromagnetic methods

forward modelling

inverse theory

multi-method approaches

Top articles of Thomas Kalscheuer

Research note: A comparison between normalized controlled‐source electromagnetic field components and transfer functions as input data for three‐dimensional non‐linear …

Geophysical Prospecting

2024/3/26

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Improved accuracy of plane-wave electromagnetic modelling by application of the total and scattered field decomposition and perfectly matched layers

Geophysical Journal International

2023/11

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Counteracting sensitivity accumulation near source and receiver locations in 3D inversion of controlled-source electromagnetic data

EGU General Assembly Conference Abstracts

2023/5

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Constrained 2D inversion of radio-magnetotelluric and controlled-source audio-magnetotelluric data using high-resolution reflection seismic data: An example in groundwater …

Geophysics

2023/3/1

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Christopher Juhlin
Christopher Juhlin

H-Index: 24

Iterative solution methods for 3D controlled-source electromagnetic forward modelling of geophysical exploration scenarios

Computational Geosciences

2023/2

Spectral element method for 3-D controlled-source electromagnetic forward modelling using unstructured hexahedral meshes

Geophysical Journal International

2023/2

Michael Weiss
Michael Weiss

H-Index: 5

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Three-dimensional electromagnetic inversion of transfer function data from controlled sources

2023

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Schur complement-based preconditioner applied to 3D controlled-source electromagnetic forward problems of geophysical applications

2023

3D NLCG inversion algorithm for CSEM data: discussion about mesh design

2022

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Efficient goal-oriented mesh refinement in 3-D finite-element modelling adapted for controlled source electromagnetic surveys

Geophysical Journal International

2021/11

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

The Innovative Exploration Drilling and Data Acquisition Research School

2021/8/29

In-depth comparison of the spectral-element and finite-element method for 3D CSEM forward modelling

EGU General Assembly Conference Abstracts

2021/4

Michael Weiss
Michael Weiss

H-Index: 5

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

3D CSEM Forward Modelling: Testing Adaptive Mesh Refinement Approaches on an Ore Body Model

EGU General Assembly Conference Abstracts

2020/5

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Recursive Analytical Formulae of Gravitational Fields and Gradient Tensors for Polyhedral Bodies with Polynomial Density Contrasts of Arbitrary Non-negative Integer Orders

Surveys in Geophysics

2020/3/14

3D Boundary Conditions in Finite-Element Electromagnetic Forward Modelling: First Results

2020

Zhengyong Ren
Zhengyong Ren

H-Index: 17

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Adaptive finite element modelling for 3D MT/RMT problems in anisotropic media

2020

Magnetotelluric constraints on the temperature, composition, partial melt content and viscosity of the upper mantle beneath Svalbard

Geochemistry, Geophysics, Geosystems

2020/5

3D CSEM Forward Modelling: Key features and first results of our recently developed finite-element code

2020

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Correction to: Uncertainty and Resolution Analysis of 2D and 3D Inversion Models Computed from Geophysical Electromagnetic Data

Surveys in Geophysics

2020

Zhengyong Ren
Zhengyong Ren

H-Index: 17

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

Using GPR Data as Constraints in RMT Data Inversion for Water Content Estimation: A Case Study in Heby, Sweden

Pure and Applied Geophysics

2020/6

Thomas Kalscheuer
Thomas Kalscheuer

H-Index: 17

See List of Professors in Thomas Kalscheuer University(Uppsala Universitet)

Co-Authors

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