Sentence examples for finite element analyses based on the from inspiring English sources
Finite element analyses based on the axisymmetric unit-cell model, with two types of filler arrangement, are performed.
The in-house module is able to not only automatically generate 3-D unit cell (or RVE) model of the braided fabric layer but evaluate the homogenized orthotropic material properties by automatically performing a serious of unit cell finite element analyses based on the superposition method.
Three-dimensional finite element analyses based on the micrograph of the weld before testing were conducted to obtain stress intensity factor and J integral solutions for the crack fronts along the nugget circumferences of the welds in both types of specimens.
Understanding the structural behavior of SRCFT columns and caring out a comparative investigation, geometric, and material nonlinear finite-element analyses based on the commercial FE package ANSYS® User's Manual (2005) have been undertaken under axial and lateral cyclic loading.
Both finite element analyses and full constraint Taylor analyses based on the rate sensitive formulation were performed to analyze the deformation history and corresponding texture evolution during DCAP.
Both experimental tests (based on the Design of Experiment approach) and numerical analyses (based on the Finite Elements Method) have been carried out to obtain the proposed results.
In an attempt to identify possible causes and to provide mitigation measures, a comprehensive investigation was carried out including wall profiling, stability analyses based on the current design approaches, and finite-element analyses.
The finite element analyses are based on nonlinear fracture mechanics.
The conducted analyses based on the numerical homogenization procedure employ a spatial periodically arranged in a square array representative volume element and the finite element method.
Additional numerical finite element analyses were based on micro-computed tomography imaging of actual samples to accurately capture the complex foam geometry.
Moreover, finite element analyses were performed based on the cohesive zone model to verify the experimental fracture toughness and to predict the interfacial tensile strength of CFRP laminates.
