Sentence examples for simulation of ductile from inspiring English sources

This paper addresses the simulation of ductile damage and fracture in metal forming processes.

In turn, the plastic flow potential generated by the stress strain response of the microcell is used as the constitutive response at the continuum macro level for simulation of ductile fracture and for the assessments of toughness.

In this work, we have assessed the results of the local and nonlocal versions of Rousselier's damage model, which have been used here for simulation of ductile crack growth.

In this paper, the simulation of ductile fracture progress in notched FCC single crystal specimens characterized by different crystal orientations under the uniaxial tension is performed using the crystal plasticity finite element model (CPFE) to consider specifically the dependence of ductile fracture progress on the crystal orientation.

Second, we develop a set of meshfree void growth algorithms that is tailored to represent kinematics of void nucleation, growth and coalescence, and these algorithms retain the conservation of mass, momentum, and energy during simulations of ductile spall fracture.

This paper conducts a numerical study of smoothed particle hydrodynamics (SPH), a mesh-free method, for orthogonal cutting simulations of both ductile and brittle materials.

The work is concerned with the modeling and simulation of large scale ductile fracture in plate and shell structures.

P/M aluminum-copper preforms with three different initial relative densities, 80, 85, and 90%%, were selected for the simulation of the effect on ductile fracture initiation.

Most cohesive zone models for the simulation of crack growth in ductile metals do not reflect continuum constitutive laws on traction separation relationships across cohesive crack surfaces.

There is a transitional zone of ductile brittleness and brittle ductility between completely brittle and completely ductile.

Since the formability in SPIF is often limited by fracture failure, the prediction of ductile fracture using a FE simulation is of the significant importance.