Damage initiation and progression in precipitate hardened alloys are typically linked to the
failure of second phase particles that result from the precipitation process. These particles …

Combination of material testing methods such as X-ray computed tomography with in-situ
load stages allows for detailed analysis of damage formation and progression in fibre …

A novel failure model updating methodology is presented in this paper for composite
materials. The innovation in the approach presented is found in both the experimental and …

Fiber reinforced plastics show a wide range of different damage mechanisms such as matrix
cracking, fiber breakage and interface failure. These can be observed in damaged …

Polymeric composites comprise a wide range of materials consisting of continuous or
discontinuous fibers, various particles, or combinations of these embedded in a polymer …

During incremental load-unload cycles of fibre-reinforced materials, the re-initiation of
acoustic emission below the previously reached load is frequently observed. This is known …

The reliable use of fiber reinforced composites (FRCs) in engineering applications depends,
among other factors, on the quality of predictions related to their evolving damage state …

Das strukturelle Versagen von faserverstärkten Verbundwerkstoffen ist ein Vorgang, der auf
mikroskopischer Skala beginnt, und sich über mehrere Größenskalen hinweg ausbreitet und …

During incremental load-unload cycles of fibre-reinforced materials, the re-initiation of
acoustic emission below the previously reached load is frequently observed. This is known …