In this field of work, simulations for different materials are conducted, from the size scale of a few micrometers to component parts. Therefore, in most projects finite elements simulations are used. Also, analytic computations for continuum mechanics as well as discrete elements methods and Monte-Carlo Simulations are utilised.
Overview over the projects in micro- and macrostrukture mechanics
Optimisation of fracture toughness of ceramic composites: Experimental investigations and computer simulations
Contact information: Dr. rer. nat. Galina Lasko E-Mail
Single lip deep hole drilling with sensor integrated tools for the setting of definite functional characteristics near the surface of the drilling marginal zone
Contact information: Dipl.-Ing. Vinzenz Guski E-Mail
Joint project: research of a high-resolution, contactless sensor technology for robust torque determination for efficient E-mobility solution – TorMaSens –
Contact information: Dr.-Ing. Peter Binkele E-Mail
Modeling of fracture of functionally graded thermal barrier coatings under high heat fluxes
Contact information: Prof. Dr. Vera Petrova E-Mail
Numerical investigations on the electrical conductivity of extrinsically conducting polymers
Contact information: Chensheng Xu, M.Sc. E-Mail
Integrative material and process model for the correlation of phase morphology and flow behavior of spheroidization annealed low-alloyed carbon steels
Contact information: Ali Cheloee-Darabi, M.Sc. E-Mail
GSaME Projekt E2-034 Simulation and experimental evaluation of the surface roughness and fatigue behavior of stainless steel component additively manufactured by SLM
GSaME Projekt F2-039 Material influence in selective laser melting of light weight construction materials
Lattice Monte Carlo Modeling of solid particle erosion (Part II)
Simulation and production of auxetic materials
Measurement and simulation of cyclic deformation of oligo-crystalline structures on the example of coronary stents
About the impact of interdendritic solidification voids on the mechanical properties of Alalloys
Micromechanical modelling of mechanical behaviour of metal/ceramics gradient materials
Modelling of damage in components of short fibre reinforced composites with ductile or demure matrix
(SFB 381, subproject C5)
Simulation of crystal-plastic behaviour of polycrystals and metal/ceramics gradient materials
Contact information: Dr. rer. nat Ewa Soppa E-Mail
Numerical development of wear-resistant MMCs
Examination of the influences of droplet sizes on erosion processes of steam turbine blades
High-strength and highly rigid hybrid layer bonding for mass-oriented usage in lightweight construction (3HSL)
Improved balance between toughness and stiffness of nanoparticle-filled polyamide-composite – simulation-based characteristics/morphology correlation
Numerical simulation and experimental investigation of the damage behaviour of electron beam welded joints
Manufacturing routes and feasibility studies of MMC-materials
Numerical optimisation of bio-inspired ceramic material systems
Experimental investigation and FE simulation of ductile fracture of aluminium alloy laser welded butt joints
About the influence of interdentritic solidification voids on mechanical characteristics of AlSi-alloys
Simulation of Erosion Begin for MMCs
Scale bridging techniques from atomic scale to continuum level for plasticity
Lattice Monte Carlo modeling of solid particle erosion
Numerical examination of foams (pomelo skin structure)
Self-healing, electrical insulation layer for high-temperature fuel cells (SOFC):
Modelling of damage mechanics and optimisation of SOFC-layer systems
Multifunctional simulation of complex biological and biomimetic designs and materials
Determination of residual stress in coated surfaces
Analytical modeling and analysis of fracture og functionally graded coatings
Animations
Damage in an Al/10vol%SiC real microstructure
Contact information: Prof. Dr. S. Schmauder E-Mail
Crack propagation calculation on a Niobium/Sapphire-interface under application of the cohesive zone model, crystal orientation: Nb(100)[001]/Sp(11-20)[0001]
Contact information: Prof. Dr. S. Schmauder E-Mail
Crack propagation calculation on a Niobium/Sapphire-interface under application of the cohesive zone model, crystal orientation: Nb(100)[001]/Sp(11-20)[0001]
Contact information: Prof. Dr. S. Schmauder E-Mail
Finite elements simulation of crack formation in steel
Contact information: Mr. Marijo Mlikota, mag. ing. mech. E-Mail
Finite elements simulation of crack formation in steel
Cohesive zone model
Contact information: Prof. Dr. S. Schmauder E-Mail
Finite elements simulation of crack formation in steel
Rousselier model
Contact information: Prof. Dr. S. Schmauder E-Mail
Finite elements simulation of a notch impact test on a polymer
Contact information: Prof. Dr. S. Schmauder E-Mail
FE simulation of crack initiation and crack growth under compression loading in a 3D reconstructed anode (NI/YSZ) for solid oxide fuel cell applications.
Contact information: Dipl.-Ing. Vinzenz Guski E-Mai
Peridynamics simulation of crack initiation and crack growth in a 3D microstructure of a plasma-sprayed ceramic, which was reconstructed by a FIB/SEM approach.
Contact information: Dipl.-Ing. Vinzenz Guski E-Mai
Contact information
Vinzenz Guski
Dipl.-Ing.Academic employee