Titlebook: Residual Stress, Thermomechanics & Infrared Imaging, Hybrid Techniques and Inverse Problems, Volume ; Proceedings of the 2 Sven Bossuyt,Gar

美學(xué)

排出

Gene408

IGMU: A Geometrically Consistent Framework for Identification from Full Field Measurement,g or integrated approaches. In this study a framework using CAD-based stereo-DIC coupled with Isogeometric Analyses is followed to implement such identification procedures. Using both techniques allows us to be consistent with the designed geometry and its kinematics as the NURBS formalism is kept d

典型

Characterization of the Dynamic Strain Hardening Behavior from Full-field Measurements,re accurate hardening properties at high strain rates for automotive crash analysis simulations. In order to validate the procedure, an approprate elasto-plastic constitutive model was chosen and simulated measurements were retrieved using a finite element (FE) analysis program. The same identificat

隱士

容易做

Inverse Identification of Plastic Material Behavior Using Multi-Scale Virtual Experiments,. full-field data) acquired during mechanical experiments. Although those techniques definitely enable to reduce the experimental effort for identifying plastic material properties, accurate identification of advanced phenomenological plasticity models still requires a significant amount of experime

季雨

CLAP

Identification of the YLD2000-2D Model with the Virtual Fields Method,D yielding criterion. Digital image correlation (DIC) is used to measure the strain field over the specimen surface. In particular, the developed experiments are intended to investigate a region of the yielding surface close to the plane strain condition. As first step, the YLD2000-2D yielding crite

ANTIC

Identification of Post-necking Strain Hardening Behavior of Pure Titanium Sheet,trolled multi-axial tube expansion testing machine revealed that commercial pure titanium sheet exhibits significant differential work hardening (DWH). The latter phenomenon implies that the shapes of the work contours significantly change during plastic deformation which is accurately measured in t

財(cái)主