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
Developing a shaft-hub assembly according to requirements with hubs made of co-continuous ceramic-metal composites
Contact information: Dipl.-Math. techn. Stefan Küster E-Mail
Phase specific analysis and simulation of microdeformation and damage in metal matrix composite materials
Contact person: Dr.-Ing. Yanling Schneider 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 person: Dipl.-Ing. Vinzenz Guski E-Mail
Measurement and simulation of cyclic deformation of oligo-crystalline structures on the example of coronary stents
Contact person: Dr. rer. nat. Galina Lasko E-Mail
Joint project: research of a high-resolution, contactless sensor technology for robust torque determination for efficient E-mobility solution – TorMaSens –
Contact person: Dr.-Ing. Peter Binkele E-Mail
Experimental and numerical investigation of fatigue of Cr based nitride hard material layers on steel substrate during cyclic loading and bending
Contact person: Dipl.-Ing. Wolfgang Verestek E-Mail
Simulation and production of auxetic materials
Contact person: Dr.-Ing. Yanling Schneider E-Mail
Modeling of fracture of functionally graded thermal barrier coatings under high heat fluxes
Ansprechpartner: Prof. Dr. Vera Petrova E-Mail
Lattice Monte Carlo Modeling of solid particle erosion (Part II)
Contact person: Dr. rer. nat. Alejandro Mora E-Mail
Numerical investigations on the electrical conductivity of extrinsically conducting polymers
Ansprechpartner: 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
Ansprechpartner: Ali Cheloee-Darabi, M.Sc. E-Mail
GSaME Projekt F2-039 Material influence in selective laser melting of light weight construction materials Ansprechpartner Felix Sajadi, 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
Ansprechpartner Kiarash Dogahe, M.Sc. E-Mail
Improved toughness/stiffness balance of nanoparticle filled polyamide composites – simulation supported property/morphology correlation
Contact information: Dipl.-Ing. Jing Wiedmaier, geb. Huang
About the impact of interdendritic solidification voids on the mechanical properties of Alalloys
Contact information: Dr. Galina Lasko E-Mail
Microstructured modelling about the impact of the development of internal stresses on the damage during cold forging of multi-phased materials
Contact information: Dr.-Ing. Ulrich Weber E-Mail
FE-modelling of deformation and damage behaviour of composite materials in conjunction with the experiment
Contact information: Dr. rer. nat Ewa Soppa E-Mail
Micromechanical modelling of mechanical behaviour of metal/ceramics gradient materials
Contact information: Dr.-Ing. Ulrich Weber E-Mail
Micromechanical understanding of deformation behaviour of ferritic cast iron with different graphite morphology
Contact information: Dipl.-Ing. Tan Nguyen Huy
Modelling of damage in components of short fibre reinforced composites with ductile or demure matrix
(SFB 381, subproject C5)
Contact information: Prof. Dr. S. Schmauder E-Mail
Contact information: Dr.-Ing. W. Lutz
Simulation of crystal-plastic behaviour of polycrystals and metal/ceramics gradient materials
Contact information: Dr. rer. nat Ewa Soppa E-Mail
X-ray microtomography and FE-simulation of 3D-deformation and damage processes of metal/diamant gradient materials
Contact information: Dr.-Ing. Ulrich Weber E-Mail
Simulation of localisation and the Portevin-Le-Chatelier-effects on the basis of cellular automata and the relaxation elements method
Contact information: Dr. Galina Lasko E-Mail
Numerical development of wear-resistant MMCs
Contact information: Dr.-Ing. Axel Krebs
Examination of the influences of droplet sizes on erosion processes of steam turbine blades
Contact information: Mag. Ing. Mech. Marijo Mlikota E-Mail
High-strength and highly rigid hybrid layer bonding for mass-oriented usage in lightweight construction (3HSL)
Contact information: Dipl.-Math. techn. Stefan Küster E-Mail
Improved balance between toughness and stiffness of nanoparticle-filled polyamide-composite – simulation-based characteristics/morphology correlation
Contact information: Dipl.-Ing. Jing Wiedmaier, geb. Huang
Numerical simulation and experimental investigation of the damage behaviour of electron beam welded joints
Contact information: Mr. Haoyun Tu
Manufacturing routes and feasibility studies of MMC-materials
Contact information: Dr.-Ing. Axel Krebs
Numerical optimisation of bio-inspired ceramic material systems
Contact information: Dipl.-Biol. Immanuel Schäfer M.Sc. E-Mail
Experimental investigation and FE simulation of ductile fracture of aluminium alloy laser welded butt joints
Contact information: Mr. Haoyun Tu
About the influence of interdentritic solidification voids on mechanical characteristics of AlSi-alloys
Contact information: Dr. Galina Lasko E-Mail
Simulation of Erosion Begin for MMCs
Contact information: Dr.-Ing. Axel Krebs
Scale bridging techniques from atomic scale to continuum level for plasticity
Contact information: Dennis Rapp, M. Sc. E-Mail
Hybrid shaft-hub interference fit assembly with ceramic hub – Experiment and Simulation of Deterioration on steel-ceramic interface
Contact information: Dipl.-Math. techn. Stefan Küster E-Mail
Lattice Monte Carlo modeling of solid particle erosion
Contact information: Dr. rer. nat. Alejandro Mora E-Mail
Intraoperative model based identification of tissue properties based on multimodal and multiscale experiments
Contact information: Marijo Mlikota mag. ing. mech. E-Mail
Numerical examination of foams (pomelo skin structure)
Contact information: Dipl.-Biol. Immanuel Schäfer M.Sc. E-Mail
Self-healing, electrical insulation layer for high-temperature fuel cells (SOFC):
Modelling of damage mechanics and optimisation of SOFC-layer systems
Contact information: Dipl.-Ing. Vinzenz Guski E-Mail
Multifunctional simulation of complex biological and biomimetic designs and materials
Contact information: Dipl.-Ing. Sophie Rüd
Determination of residual stress in coated surfaces
Contact information: Dr. rer. nat Alejandro Mora E-Mail
Experimental and numerical qualification of morphology/characteristic correlations via the method of essential-work-of-fracture (EWF) at the example of polymer blends
Contact information: Dipl.-Ing. Wolfgang Verestek E-Mail
Contact information: Mario Mlikota mag. ing. mech. E-Mail
Analytical modeling and analysis of fracture og functionally graded coatings
Contact information: Prof. Dr. Vera Petrova E-Mail
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
Siegfried Schmauder
Prof. Dr. rer. nat. Dr. h. c.Department Head of Multi-Scale Simulation
Vinzenz Guski
Dipl.-Ing.Staff