Thomas Böhlke

Professor for Continuum Mechanics

Karlsruher Institut für Technologie

Germany

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Thomas Böhlke is a Professor for Continuum Mechanics at the Karlsruher Institut für Technologie in Germany. His research areas encompass continuum mechanics, fiber-reinforced composites, and computational modeling techniques, as evidenced by his recent publications. His work includes innovative methods in microstructure generation, elasticity applications, and simulations of complex material systems.

Articles (20)

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2025

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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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2023

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2022

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2022

Collaborators (4)

Bettina Frohnapfel

Professor

Karlsruhe Institute of Technology

GERMANY

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Martin Heilmaier

Professor

Karlsruher Institut für Technologie

GERMANY

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Luise Kärger

Karlsruhe Institute of Technology

GERMANY

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Matti Schneider

GERMANY

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Thomas Böhlke

Research Interests

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Articles (20)

Deep Material Networks for Fiber Suspensions With Infinite Material Contrast

Machine learning assisted discovery of effective viscous material laws for shear-thinning fiber suspensions

Evaluation of a decomposition-based interpolation method for fourth-order fiber-orientation tensors: An eigensystem approach

Microstructure generation of long fiber reinforced hybrid composites using the fused sequential addition and migration method

Tensorial harmonic bases of arbitrary order with applications in elasticity, elastoviscoplasticity and texture-based modeling

Hydride formation in open thin film metal hydrogen systems: Cahn–Hilliard-type phase-field simulations coupled to elasto-plastic deformations

A numerical study on the physical couplings of a geometrically linear thermo-chemo-mechanical model

Local field statistics in linear elastic unidirectional fibrous composites

Second‐order computational homogenization of flexoelectric composites

Modeling and simulation of chemo-elasto-plastically coupled battery active particles

Revisiting analytic shear-lag models for predicting creep in composite materials

Homogenizing the viscosity of shear-thinning fiber suspensions with an FFT-based computational method

An orientation corrected shaking method for the microstructure generation of short fiber-reinforced composites with almost planar fiber orientation

A micromechanical cyclic damage model for high cycle fatigue failure of short fiber reinforced composites

On fully symmetric implicit closure approximations for fiber orientation tensors

Influence of flow–fiber coupling during mold-filling on the stress field in short-fiber reinforced composites

Fiber orientation distributions based on planar fiber orientation tensors of fourth order

Exact second moments of strain for composites with isotropic phases

A novel random angular bend (RAB) algorithm and DEM modeling of thermal cracking responses of sandstone

Unified mean-field modeling of viscous short-fiber suspensions and solid short-fiber reinforced composites

Collaborators (4)

Bettina Frohnapfel

Martin Heilmaier

Luise Kärger

Matti Schneider

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