Simulation of fracture in ductile materials is a challenging problem, since it typically occurs at
length scales that are orders of magnitude smaller than that of the structures in which the …

Ductile fracture modelling is extensively used in the automotive, aerospace, aluminium and
steel industries. However, these models are often only validated in a limited region of stress …

The past 20 years have seen substantial work on the modeling of ductile damage and
fracture. Several factors explain this interest.(i) There is a growing demand to provide tools …

Although many ductile damage accumulation studies have been done in recent years, there
is still insufficient research towards the development of ductile fracture models, mainly due to …

This paper deals with anisotropic ductile damage and fracture behavior under low positive
stress triaxialities. Novel tension–shear biaxial low–cycle experiments with different …

Evaluating the correct mode of material failure is crucial in many manufacturing industries.
Not only does doing so help prevent sudden malfunctions, it can also mean better-designed …

The ductile fracture in monotonic loading applies after extensive straining and may arise
after various complex loading paths. The role of loading path has been studied by …

This paper is based on a ductile failure simulation under dynamic loading conditions using
finite element (FE) analyses. This paper proposed to implement fracture simulation based on …

NUMERICAL MODELING OF DUCTILE FRACTURE A Dissertation Presented to The
Graduate Faculty of The University of Akron In Partial Fu Page 1 NUMERICAL MODELING OF …

Plastic deformation is widely employed in metal shaping for various applications. Ideally,
metals will be formed to a permanent shape as the final product or for subsequent …