Artikler med mandater om offentlig tilgang - Michael KaliskeLes mer
Ikke tilgjengelige noe sted: 107
A phase-field crack model based on directional stress decomposition
C Steinke, M Kaliske
Computational Mechanics 63, 1019-1046, 2019
Mandater: German Research Foundation
Models for numerical failure analysis of wooden structures
J Schmidt, M Kaliske
Engineering Structures 31 (2), 571-579, 2009
Mandater: German Research Foundation
Three-dimensional numerical analyses of load-bearing behavior and failure of multiple double-shear dowel-type connections in timber engineering
E Resch, M Kaliske
Computers & structures 88 (3-4), 165-177, 2010
Mandater: German Research Foundation
Thermo-mechanical finite element prediction of the structural long-term response of asphalt pavements subjected to periodic traffic load: Tire-pavement interaction and rutting
R Behnke, I Wollny, F Hartung, M Kaliske
Computers & Structures 218, 9-31, 2019
Mandater: German Research Foundation
Transient multi-Fickian hygro-mechanical analysis of wood
D Konopka, M Kaliske
Computers & Structures 197, 12-27, 2018
Mandater: German Research Foundation
Locking Front Model for pull-out behaviour of PVA microfibre embedded in cementitious matrix
M Ranjbarian, V Mechtcherine, Z Zhang, I Curosu, J Storm, M Kaliske
Cement and Concrete Composites 103, 318-330, 2019
Mandater: German Research Foundation
Numerical modelling of wooden structures
D Konopka, C Gebhardt, M Kaliske
Journal of Cultural Heritage 27, S93-S102, 2017
Mandater: German Research Foundation, European Commission
A physically and geometrically nonlinear scaled‐boundary‐based finite element formulation for fracture in elastomers
R Behnke, M Mundil, C Birk, M Kaliske
International Journal for Numerical Methods in Engineering 99 (13), 966-999, 2014
Mandater: German Research Foundation
A constitutive model for finite deformation of amorphous polymers
R Fleischhauer, H Dal, M Kaliske, K Schneider
International Journal of Mechanical Sciences 65 (1), 48-63, 2012
Mandater: German Research Foundation
Numerical modelling of tyre–pavement interaction phenomena: coupled structural investigations
I Wollny, R Behnke, K Villaret, M Kaliske
Road Materials and Pavement Design 17 (3), 563-578, 2016
Mandater: German Research Foundation
Thermo-mechanical analysis of cyclically loaded particle-reinforced elastomer components: experiment and finite element simulation
R Behnke, M Kaliske, M Klüppel
Rubber Chemistry and Technology 89 (1), 154-176, 2016
Mandater: German Research Foundation
A comparative study of the r-adaptive material force approach and the phase-field method in dynamic fracture
C Steinke, K Özenç, G Chinaryan, M Kaliske
International Journal of Fracture 201, 97-118, 2016
Mandater: German Research Foundation
A comparative study of micro-mechanical models for fiber pullout behavior of reinforced high performance concrete
J Storm, M Pise, D Brands, J Schröder, M Kaliske
Engineering Fracture Mechanics 243, 107506, 2021
Mandater: German Research Foundation
Lifetime prediction using accelerated test data and neural networks
S Freitag, M Beer, W Graf, M Kaliske
Computers & Structures 87 (19-20), 1187-1194, 2009
Mandater: German Research Foundation
Simulation of cracks in wood using a coupled material model for interface elements
J Schmidt, M Kaliske
De Gruyter 61 (4), 382-389, 2007
Mandater: German Research Foundation
On the relation between phase-field crack approximation and gradient damage modelling
C Steinke, I Zreid, M Kaliske
Computational Mechanics 59, 717-735, 2017
Mandater: German Research Foundation
Stochastic modelling of uncertainty in timber engineering
C Jenkel, F Leichsenring, W Graf, M Kaliske
Engineering Structures 99, 296-310, 2015
Mandater: German Research Foundation
A material description based on recurrent neural networks for fuzzy data and its application within the finite element method
S Freitag, W Graf, M Kaliske
Computers & Structures 124, 29-37, 2013
Mandater: German Research Foundation
Numerical analysis and design of double-shear dowel-type connections of wood
E Resch, M Kaliske
Engineering Structures 41, 234-241, 2012
Mandater: German Research Foundation
Computational cardiology: a modified Hill model to describe the electro-visco-elasticity of the myocardium
B Cansız, H Dal, M Kaliske
Computer Methods in Applied Mechanics and Engineering 315, 434-466, 2017
Mandater: German Research Foundation
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