Sentence examples for simulation of composite from inspiring English sources

Micromechanical simulation of composite material failure requires a pressure-dependent failure model for the polymeric matrix.

An algorithm based on a hypoelastic behaviour is proposed for the simulation of composite reinforcement forming processes.

The approach has been developed mainly to meet the stringent accuracy requirements in the simulation of composite laminate design and manufacturing processes.

The method is applied to a press forming simulation of composite laminates (PVC/woven glass fabric) and related FMLs at 140 °C and 160 °C.

An integrated computer code that scales up constituent micromechanics level material properties to the structure level and accounts for all possible failure modes is used for the simulation of composite degradation under loading.

The developed numerical tool is coupled with ABAQUS FEA in order to ease the uptake of the technology code and allows for an accurate and automatic simulation of composite engineering structures with substantially less human intervention and a rational control of the error.

For an as-built structural simulation of composites, it is important to integrate manufacturing process data into the structural analysis.

Offsetting of trimmed NURBS surfaces is one of the widely used functionalities in the design and manufacture simulations of composite laminates.

The numerical data obtained from finite element simulations of composite stiffened shells subjected to buckling and post-buckling is used for the building of surrogate models.

The simulations of composite columns focus on special aspects concerning the interaction between normal forces and bending resistance under fire conditions.

The results demonstrate the accuracy of this method that models the interactions in the forming simulations of composite laminates and FMLs.