Crack propagation on highly heterogeneous composite materials


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Title Crack propagation on highly heterogeneous composite materials
Period 09 / 2006 - 09 / 2008
Status Completed
Dissertation Yes
Research number OND1321800
Data Supplier Website TUE


In engineering structures the possibility of existence of small cracks cannot be neglected, as it may lead to huge disasters. To tackle this problem, special cares should be taken in the design and construction of structures. In some situations, the repair or replacement of fractured structures might be the correct way to proceed. However, this is not always possible nor desirable. Firstly, it may be expensive or technically difficult to do so. On the other hand, the mere fact of having a defect on a structure does not mean it is not safe anymore. In the past years, increasing demands for energy and material convervation have been dictating that the structures be assigned with a smaller safety margin. This makes accurate estimates of the flaw tolerance of structures increasingly important. The current problems on Fracture mechanics have typically been viewed from the macroscopic or the microscopic points of view. In this project, we aim at obtaining a link between both points of view, by looking at the problem at the meso-scale level.

Related organisations

Related people

Supervisor Prof.dr. R.M.M. Mattheij
Doctoral/PhD student Dr. M.J. Patricio Dias


D12100 Metrology, scientific instrumentation
D12800 Solid-state physics
D14100 Materials technology
D14400 Civil engineering, building technology
D14410 Construction engineering

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