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Stephan Roth

Observed names: Roth, Stephan, S. Roth
Observed institution: TU Bergakademie Freiberg
ORCID: 0000-0003-4827-1195
Observed ORCID: 0000-0003-4827-1195
OpenAlex ID: A5065627177
Simulation of fatigue crack growth with a cyclic cohesive zone model
2014 · Stephan Roth, Geralf Hütter, et al. · International Journal of Fracture · 85
General remarks on cyclic cohesive zone models
2015 · Meinhard Kuna, Stephan Roth · International Journal of Fracture · 68
A modeling approach for the complete ductile–brittle transition region: cohesive zone in combination with a non-local Gurson-model
2013 · Geralf Hütter, Thomas Linse, et al. · International Journal of Fracture · 43
A cohesive zone model for the electromechanical damage of piezoelectric/ferroelectric materials
2014 · Sergii Kozinov, Meinhard Kuna, et al. · Smart Materials and Structures · 24
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High-temperature small punch test for mechanical characterization of a nickel-base super alloy
2014 · S. Soltysiak, M. Selent, et al. · Materials Science and Engineering A · 20
Prediction of size-dependent fatigue failure modes by means of a cyclic cohesive zone model
2017 · Stephan Roth, Meinhard Kuna · International Journal of Fatigue · 18
Phase-field modeling of hydrogen-promoted fracture: Natural incorporation of hydrostatic stress dependencies via a chemical potential-based variational formulation
2025 · Vikas Diddige, Stephan Roth, et al. · Computer Methods in Applied Mechanics and Engineering · 17
Employing phase‐field descriptions of cohesive zone placements in cohesive fracture simulations
2021 · Stephan Roth, Björn Kiefer · International Journal for Numerical Methods in Engineering · 12
Modifications of the Newton–Raphson method for finite element simulations in ferroelectroelasticity
2012 · S. Stark, S. Roth, et al. · International Journal of Solids and Structures · 10
An advanced creep law for large stress and temperature ranges, derived from the Larson-Miller master curve concept
2025 · R.W. Schirmer, S. Roth, et al. · International Journal of Pressure Vessels and Piping · 9
Fracture mechanics testing and crack growth simulation of highly ductile austenitic steel
2018 · Andreas Burgold, Sebastian Henkel, et al. · Materials Testing · 8
A cohesive zone model for thermomechanical fatigue
2020 · Jeffy Abraham, Stephan Roth, et al. · International Journal of Fatigue · 7
A phase‐field model for hydrogen‐promoted fracture based on a mixed rate‐type variational setting
2023 · Vikas Diddige, Andreas Seupel, et al. · PAMM · 5
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Simulation‐supported characterization of 3D‐printed biodegradable structures
2021 · Richard Wolfgang Schirmer, Martin Abendroth, et al. · GAMM-Mitteilungen · 5
Fatigue Modelling with a Cyclic Cohesive Zone Approach
2014 · Stephan Roth, Meinhard Kuna · Procedia Materials Science · 5
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Implementation of a finite element framework coupling chemo‐mechanics and the Gurson‐Tvergaard‐Needleman model
2024 · Siddhi Avinash Patil, Stefan Prüger, et al. · PAMM · 4
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Finite element analyses of fatigue crack growth under small scale yielding conditions modelled with a cyclic cohesive zone approach
2013 · Stephan Roth, Meinhard Kuna · UPCommons institutional repository (Universitat Politècnica de Catalunya) · 4
Variational Settings and Domain Decomposition Based Solution Schemes for a Coupled Deformation‐Diffusion Problem
2021 · Björn Kiefer, Stefan Prüger, et al. · PAMM · 3
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Cohesive Zone Modeling of Stable Crack Propagation in Highly Ductile Steel
2018 · Andreas Burgold, Stephan Roth, et al. · Key engineering materials · 3
Numerical study on interfacial damage of sprayed coatings due to thermo-mechanical fatigue
2011 · Stephan Roth, Meinhard Kuna · UPCommons institutional repository (Universitat Politècnica de Catalunya) · 3
A finite element framework coupling chemo-mechanics and the non-local Gurson–Tvergaard–Needleman model for hydrogen-induced ductility loss in steels
2026 · Siddhi Avinash Patil, Stefan Prüger, et al. · European Journal of Mechanics - A/Solids · 2
Variational Methods and Parallel Solvers in Chemo‐Mechanics
2021 · Björn Kiefer, Oliver Rheinbach, et al. · PAMM · 2
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Finite Element Simulation of the Non-remanent Straining Ferroelectric Material Behaviour Based on the Electrostatic Scalar Potential:Convergence and Stability
2010 · Stephan Roth, Peter Neumeister, et al. · IUTAM bookseries · 2
Numerical Exploration of Thermal Shock Resistance in MgO–C Refractories
2026 · Jishnu Vinayak Gopi, Stephan Roth, et al. · Advanced Engineering Materials · 1
Geometric and Constitutive Modeling of MgO–C Refractories Based on Recyclates for Thermomechanical Simulations
2024 · Jishnu Vinayak Gopi, Stephan Roth, et al. · PAMM · 1
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Works count: 32
Citation count: 361
H-index: 9
I10-index: 9
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