Klaus Thoeni

Associate Professor

Newcastle University

Australia

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Dr. Klaus Thoeni is an Associate Professor at The University of Newcastle in Australia. His research primarily focuses on soil-structure interaction, sedimentary rock failure mechanisms, and advanced numerical modeling techniques. Recent publications include work on discrete element modeling and innovative methodologies for assessing rockfall fragmentation and photogrammetric monitoring systems.

Articles (20)

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2025

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2022

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2022

Collaborators (3)

Janek Kozicki

Professor

University of Gdańsk

POLAND

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Hongyang Cheng

University of Twente

NETHERLANDS

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Anton Gladky

Technische Universität Bergakademie Freiberg

GERMANY

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Klaus Thoeni

Research Interests

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About

Articles (20)

Enhanced calibration of Discrete Element models for soil-structure interaction problems

A Predictive Model for Extent of Failure in Sedimentary Rocks Incorporating Shear Stiffness Dependency and Crack Initiation Thresholds

Characterising Stiffness Properties of Bedding Parallel Fractures at High Normal Stresses for Sedimentary Rocks

A New Stochastic Rockfall Fragmentation Approach for Lumped Mass Simulations

Edge protection along haul roads in mines and quarries: A rigorous study based on full-scale testing and numerical modelling

Proficient Calibration Methodologies for Fixed Photogrammetric Monitoring Systems

Correction to: Time domain coupling of the boundary and discrete element methods for 3D problems

GrainLearning: A Bayesian uncertainty quantification toolbox for discrete and continuum numerical models of granular materials

Time domain coupling of the boundary and discrete element methods for 3D problems

Discrete Element Modelling of uplift of rigid pipes deeply buried in dense sand

Efficient multi-scale staggered coupling of discrete and boundary element methods for dynamic problems

A novel BEM-DEM coupling in the time domain for simulating dynamic problems in continuous and discontinuous media

On the Dynamic Fragmentation of Rock-Like Spheres: Insights into Fragment Distribution and Energy Partition

A generalised multi-scale Peridynamics–DEM framework and its application to rigid–soft particle mixtures

Towards more realistic modelling of sand–rubber mixtures considering shape, deformability, and micro-mechanics

Implementation of high-precision computation capabilities into the open-source dynamic simulation framework YADE

Influence of Block Geometry Configuration on Multi-Image Dense Matching

DEM-BEM coupling in time domain for one-dimensional wave propagation

Performance study of iterative Bayesian filtering to develop an efficient calibration framework for DEM

Microstructure-based modelling of hydraulic fracturing in silicified metamorphic rock using the cohesive element method

Collaborators (3)

Janek Kozicki

Hongyang Cheng

Anton Gladky

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