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A platform for research: civil engineering, architecture and urbanism
Numerical Investigation of the Meso-Mechanical Behavior of Concrete Under Impact Tensile Loading
This report results from a contract tasking Delft University of Technology as follows: The contractor will investigate the mechanical behavior of brittle heterogeneous materials such as concrete extreme dynamic loading conditions. The contractor will develop a mathematical model of brittle heterogeneous materials under extreme dynamic loading conditions to accurately predict civil engineering structural responses not well predicted by existing quasi-static models.
Numerical Investigation of the Meso-Mechanical Behavior of Concrete Under Impact Tensile Loading
This report results from a contract tasking Delft University of Technology as follows: The contractor will investigate the mechanical behavior of brittle heterogeneous materials such as concrete extreme dynamic loading conditions. The contractor will develop a mathematical model of brittle heterogeneous materials under extreme dynamic loading conditions to accurately predict civil engineering structural responses not well predicted by existing quasi-static models.
Numerical Investigation of the Meso-Mechanical Behavior of Concrete Under Impact Tensile Loading
W. Y. Liu (author) / L. J. Sluys (author)
2002
52 pages
Report
No indication
English
Ceramics, Refractories, & Glass , Construction Equipment, Materials, & Supplies , Construction Materials, Components, & Equipment , Structural Mechanics , Mechanical properties , Concrete , Mathematical models , Netherlands , Loads(Forces) , Deformation , Tensile properties , Numerical analysis , Strain rate , Brittleness , Structural response , Dynamic loads , Aq f03-03-0438 , Foreign reports , Deformation analysis
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