Numerical computational models
Research topics
- Material modeling
- Structures from wood
- Textil strengthened reinforced concrete
- Polymeric material
- Concrete and asphalt pavements
- Fracture mechanics
- Micro mechanical modeling - two scale simulation
- Thermo mechanical coupling
- System modifications
- Earthquake analysis
Projects (after 1996 and bevor 2016) completed
- Enhancements and applications of the program systems FALT-FEM, FEAP, REFEM und STATRA for linear and nonlinear mechanical analyses of bar and folded-plate structures
- Methods and development of robust tire design
- Implementation of virtual crack closure and material Forces in the Finite Elemente program code Ansys
- Macroscopic modeling and numerical simulation to characterize crack and durability properties of strengthened elastomer materials
- Simulation of structures from wood considering material and structural inhomogeneity
- Compacting and recasting of wood: modeling and simulation
- Computational Electromechanics of the Heart: Developement of FE-Based Predictive Simulation Tools for Patient Specific Analysis
- Forecasting and evaluation chances of success for a radio frequenzy ablation based on available datas
- Development of a calculation model for tires to use for vehicle manufacturer at motor sports
- Development of a technique to improve the bond of mechanical and thermical high stressed textil elastomer composite materials
- Customized design of epoxid / glass composites: micro mechanic modeling and two scale simulation
- Consistently assessment of imperfections of shell structures made of steel
- Development of material models for deterioration of elastomer materials
- Cohesive zone models for FE simulation
- Lasting road construction - dimensioning model for encouragement of innovations and competitive capability of lower and upper middle class establishments
- Constitutive formulation and Finite Elemente Models for realistic numeric calculations of wood bond constructions with pencil shaped fastener
- Enhancements of constitutive laws for forecasting the deformation resistance and the fatigue behavior of Asphalt pavements
- Simulation of molding processes of unheated tires
- Innovative numerical methods (SBFEM) "Marie Curie International Outgoing Fellowship for Career Developement"
- Development and proving of functional textil strengthened rubber moldings with increased heat dissipation
- Mechanic description of wood for knowledge based systeme in timber industry
- Assessment of Robust Tire Design
- Numerical simulation of thermo hygro mechanical bearing of wood
- Uncertain process simulation models for numerical monitoring of structures
- Development of reinforcement elements for highly stressed asphalt roads
- Computation of the doweled and anchored runway and taxiways of concrete for the airport Leipzig-Halle
- Numerical simulation of the system behavior of textile-strengthened structures (SFB 528 - subproject D2)
- System modification and system failure of reinforced concrete bar structures considering uncertain parameters
- Uncertain modification, deterioration and revitalisation processes of composite structures
- Non linear FE-Analysis of a digestion tank
- Verification management in particular problems of bridge structures
- Loading and load bearing capacity of prestressed trusses of a production hall 400m * 120m
- Numerical simulation of the nonlinear mechanical behavior of cable prestressed reinforced concrete structures
- Numerical simulation of the nonlinear behavior of spatially acting prestressed reinforced concrete bar structures considering quasi static load and impose processes and weak torsion
- Crack width verifications based on fuzzy models
- Towards the numerical simulation of prestressed concrete folded plate structures associated with EC2
- Improvement of the efficiency of the First Order Reliability Analysis of plane reinforced concrete bar structures
- First Order Reliability Analysis of plane reinforced concrete bar structures on the basis of a (new) continuous M-N-Q interaction model
- The effect of the improvement of the shear strain using hybride finite elements with assumed stress distribution in the physical nonlinear analysis of general reinforced concrete folded-plate structures