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Institute of Materials SimulationFriedrich-Alexander-Universität Institute of Materials Simulation
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Friedrich-Alexander-Universität
Erlangen-Nürnberg
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  1. Start
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  3. Steffen Brinckmann

Steffen Brinckmann
ICAMS, Ruhr Universität Bochum

Steffen Brinckmann
ICAMS, Ruhr Universität Bochum

Steffen Brinckmann
ICAMS, Ruhr Universität Bochum
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  • Institute Seminar 2012

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  • Concurrent Multiscale Simulations of Metal Fracture
    Institute Seminar 2012

Institute of Materials Simulation

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Friedrich-Alexander-Universität Erlangen-Nürnberg
Institute of Materials Simulation
Dr.-Mack-Str. 77
90762 Fürth
Mail: ww8-secretary@fau.de
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Friedrich-Alexander-Universität
Erlangen-Nürnberg

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FAU is the most innovative university in Germany, and second across Europe. Established in 1743, it is one of the largest universities in Germany, with approximately 40,000 students, over 600 professors and around 16,000 members of staff.

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  1. Friedrich-Alexander University
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    • Lectures Winter Term 2025/26
    • Lectures Summer Term 2025
    • Information for Computational Engineering students
    • Recommended Textbooks
      • Conditions
    • Data-based Materials Modeling
    • Shape Memory Alloy (SMA) Damping for Smart Miniature Systems
    • Projects
      • Continuum Dislocation Dynamics (CDD) theory
      • Deformation behaviour of Materials with Amorphous Microstructure
      • Failure and microstructure evolution of foams and cell structures
      • Finite Element Modeling of Bi-directional Origami Microactuator System
      • Shape Diagram of Body-Centered Cubic Crystals
      • AI-guided Recognition of Local Patterns in Nanoparticles from Tomographic Images
      • Simulation Study of Multiple Loading Conditions for Shape Memory Alloy films
      • Uncovering Hidden Structures in Materials Data: A Study of Two Clustering Algorithms with Dimensionality Reduction
      • Study of morphological indicators of virtual microstructures for material optimization
      • Computationally Efficient Torque Estimation in SMA Microactuation Systems: A Neural Network Surrogate Trained on Parametric FEM Data
      • System Identification of physical chemical model of Li-ion cell using deep learing
      • Modelling dislocation structures and size effects in deformed bicrystal based on continuum approaches
      • Shape Memory Alloys and Shape Memory Polymers in Origami-Inspired Self-Bending Micro-Actuators
      • Tensile fracture and failure properties of porous fuse network
      • Structural Complexity in Colloidal Self-Assembly
      • Uncovering Operational Patterns in H2 Electrolyzer Sensor Data
      • Computational Screening of Doped Transition Metal Dichalcogenides as Electrocatalysts for Nitrogen Reduction Reaction
      • A new method for robust and reliable classifications with deep neural networks
    • Winter Term 2023/2024
      • Illuminating the Fused Filament Process: An Analytical Model and New Approaches to the Nonisothermal Poiseuille-Coette Flow
      • Parametrization of a phase-field model for ferroelectrics with defects from molecular dynamics data
      • Prediction of thermodynamic parameters from simulated 2D dendritic morphology via machine learning.
      • Radioisotope Thermoelectric Generator: Design, Manufacturing and Testing.
      • Bridging Scales - A Coarse-Grained Modeling Framework for Simulating Fracture in Epoxy Resin and Composites
      • An introduction to the nonlocal macro-meso-scale consistent damage model
      • Discovering Equations from Graph Neural Networks using Symbolic Regression
      • Analysis of ferroelectrics using molecular dynamics
      • Fracture surface geometry in 3D hierarchical material adhesion
      • From Atomic Defects To Turbine Blades: Multiscale Modeling & Informatics Towards Materials By Design For Extreme Conditions
      • Network modelling: examples from computational neuroscience, biomaterial fracture and polymer mechanics
      • Spectral Signatures of Fault Tolerant Neural Architectures
      • Automatic design of mechanical metamaterials
      • Disordered mechanical metamaterials
      • Brain dynamics and function in large-scale network models
      • Experiments and Modelling of Emerging Energy Materials
      • Measuring the stability of ecological communities
      • Spontaneous activity in brain networks
      • Nanoscopic Robots
    • Summer Term 2020
      • Modelling uni-axial and cyclic deformation of gradient nano-grained materials
      • Accelerating High-Resolution Simulations of Elastohydrodynamic Lubrication Contacts
      • Localization in hierarchical networks: From statistical physics to neuroscience and materials science applications
      • Model evaluation in tropical rainforests: Spatial correlations and density fluctuations
      • A beam network model for strength optimization of fibrous materials
      • Multiscale discrete dislocation dynamics simulation of gradient nano-grained material
      • Cyclic plasticity of high entropy alloy: experiments, modelling and simulations
      • Charge transfer and transport in carbon polymers and biopolymers
      • On the numerical atomistic characterization of interfacial plasticity
      • Machine learning plastic deformation of crystals
      • Equivalence of the Burridge-Knopoff train model of earthquakes and the dynamics of driven Edwards-Wilkinson interfaces
      • From molecular simulation to wave detection in heterogeneous excitable media
      • Slow and Anomalous Dynamics in Hierarchical Modular models of Brain Networks
      • FEM Simulation of Dissipation and Damping in Shape Memory Alloys
      • Robustness of hierarchical network organization in models of functional connectivity
      • Modelling the mechanical behaviour of porous cohesive granular material using discrete elements: Application to snow failure
      • Nucleation process of earthquakes: Instability, acceleration, and sensitivity to perturbations
      • Migration mechanisms of faceted vicinal grain boundaries
      • Molecular dynamics simulation on glass transition temperature of polyimides
      • From flat sheets to folded geometries: Understanding Origami approaches and simulation models
      • Beyond classical thermodynamics: dislocation-mediated plasticity
      • Mechanics of a model cohesive granular medium
      • Effect of vertical twin boundary on the mechanical properties of bicrystalline copper micropillars
      • Network Dimension as Damage Indicator in Biosystems
      • Dislocation mechanism based size-dependent crystal plasticity modeling and simulation of gradient nano-grained copper.
      • Forecasting catastrophe: Statistical physics approach
      • On stress and driving force calculation within multi-phase-field models: Applications to martensitic phase transformation and crack propagation in multiphase systems
      • A Dislocation-based Multiscale modeling of Strength and Ductility of Materials with Gradient Microstructure
      • Coupled Problems in Constitutive Modeling Across Various Lenght-Scales
      • Optimization of network structures in view of failure resilience
      • Simulating Biomaterials as Hierarchical Networks
      • Theoretical study of Electrocardiogram(EKG)
      • Percolation behaviour study of metal nanoparticle in DLC matrix
      • Improved Understanding of Plasticity Mechanisms in Metals and Ceramics in Light of Atomic Scale Simulations Results
      • Introduction to Topological Data Analysis and an application of brain functional networks
      • Nanoscale strain mapping during in situ deformation in the TEM
      • A statistical approach to charaterize discrete dislocation data
      • The effect of platinum nanoparticles on the adhesion behaviour of graphene inter-layers: a molecular dynamics study
      • Dislocation patterning in a 2D stochastic continuum model
      • Adiabatic shear banding and fracture during high speed shear cutting: Numerical study
      • Mesoscale Simulation of Shape Memory Alloy Film Damping
      • The Role of Damage Diffusion on the Plastic Properties of Amorphous Solids - A Kinetic Monte Carlo Approach
      • Topological dimension tunes activity patterns in hierarchical modular network models
      • On the properties of (scale-free) random networks
      • From multimodal images to connectivity of brain networks in both healthy and pathological conditions
      • Neutral neural dynamics: a tale about physics, ecology and the brain
      • Precursor phenomena of creep failure in disordered materials
      • Skeletal Muscles as Prototypes of Active Materials
      • Phase-field Modeling of Functional Materials
      • The Capriccio method as a novel technique to couple MD and FE simulations of polymers
      • Static and Dynamic Friction of hierarchical surfaces
      • Defect nucleation and mobility in gold nanowires
      • On the temporal coarse graining in dislocation dynamics
      • Phase-field models for thermo-magneto-mechanical coupling in shape memory alloys
      • Microstructure informed constitutive models and SPH crystal plasticity modelling approaches
      • Smoothed Particle Hydrodynamics
      • How resilient are biological networks?
      • Modelling and Simulation of Self-healing Thermosetting Polymers
      • Analysis of Shear Band Formation in Metallic Multilayer Nanocomposites using DEM
      • The Discrete-Continuum Model: Simulation of crystal plasticity in micro- and nano- objects
      • Comparison of various continuum models of dislocations system
      • Multiscale modeling of collagen tissue mechanics
      • Size effects in failure of defected graphene
      • The relationship between structure and dynamics in complex networks
      • Deformation in metallic nanomaterials
      • From mild to wild fluctuations in crystal plasticity, and associated size effects
      • Curvature effects on the plastic behavior of metals as studied by atomistic simulations
      • Fluid flow, heat transfer and particle distribution in electromagnetic stirrer
      • Modelling Spatio-Temporal Strain Localization of Snow
      • Continuum dislocation modelling of cyclic fatigue in the crystal plasticity finite element framework
      • Strongly heterogeneous continuum dislocation plasticity
      • Biomechanical modelling bone and bone-implant systems
      • How (not) to model dislocation patterns
      • Rounding of phase transitions in cortical networks: the advantages of a low-dimensional brain
      • Adsorption of water on calcite surface: theoretical study and experiments
      • Avalanches and glassy relaxation in brain networks
      • Phase field models and plastic flow
      • Fragmentation of plastic materials
      • A Discrete Approach to Describe the Interaction between a Tire Tread and a Snow-Covered Road
      • Dislocations in bilayer graphene
      • Higher order continuum modelling of the compressive behaviour of snow
      • Avalanche localization and universality class of amorphous plasticity
      • G2C2: Geometry, Generalized Continua and Compatibility
      • Field models of anisotropic dislocation systems
      • Micromechanics of Geomaterials using Generalised Continuum Models
      • Monte Carlo Simulation of Creep Deformation of Amorphous Materials
      • Modelling of materials with random microstructure
      • Snow Fracture and Slab Avalanche Release - A Case Study
      • Avalanche statistics in disordered visco-elastic interfaces
      • Continuum Modelling and Simulation of Strain Ageing Phenomena in Metallic Alloys
      • Multiscale Simulation of Concrete
      • Higher order alignment tensors in continuum dislocation dynamics
      • Modeling the Kinetics of Annealing - a Case of Freestyle Racing
      • Bond order potentials for elements and compound
      • Atomistic input to Discrete Dislocation Dynamics
    • Winter Term 2012/13
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