Univ.-Prof. Dr.-Ing. Kerstin Weinberg
Lehrstuhl für Festkörpermechanik - Lehrstuhlinhaberin
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Publikationen / Publications
Phase-field peridynamics
Phase-field peridynamics
A spatio-temporally adaptive asynchronous variational integrator for a phase field model of dynamic fracture
A spatio-temporally adaptive asynchronous variational integrator for a phase field model of dynamic fracture
Experimental Investigations on the Energy Absorption of Aluminum TPMS Structures Under Dynamic Loading
Experimental Investigations on the Energy Absorption of Aluminum TPMS Structures Under Dynamic Loading
A high-resolution ionization chamber for measuring Radon in ambient air
A high-resolution ionization chamber for measuring Radon in ambient air
A variational framework for bond-based peridynamics with spatially varying horizons and its asynchronous time integration
A variational framework for bond-based peridynamics with spatially varying horizons and its asynchronous time integration
Experimental Comparison of the Energy Absorption Properties of Different Cellular Materials
Experimental Comparison of the Energy Absorption Properties of Different Cellular Materials
Numerical study on the influence of the microstructure on the mechanical properties of open-cell polyurethane foam
Numerical study on the influence of the microstructure on the mechanical properties of open-cell polyurethane foam
Spectroscopic Measurement of Radon Concentration in Air Using an α-Ionization Chamber
Spectroscopic Measurement of Radon Concentration in Air Using an α-Ionization Chamber
Phase-Field Peridynamics
Phase-Field Peridynamics
Lattice Structures as an Energy‐Absorbing Component for Impact Loads
Lattice Structures as an Energy‐Absorbing Component for Impact Loads
Design of a high-resolution ion pulse ionization chamber for 222Rn decays detection in air
Design of a high-resolution ion pulse ionization chamber for 222Rn decays detection in air
Energy absorption in lattice-structured materials under impact loading
Energy absorption in lattice-structured materials under impact loading
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