… mechanical characteristics of polymeric materials. In the present work, thermo-mechanical
models were employed to investigate … The heat flux during the joining process was localized …

… extent that many experimental and numerical research studies have been … experimental
studies in three sections: metal–metal, metal-ceramic, and metal-intermetallic gradient materials. …

… Research in this paper would contribute to minimizing the number of tentative experiments
in laser cladding process and the experimental costs, meanwhile improving deposition …

… (>10 MPa), and limited experimental research has been performed under elevated …
number of experimental studies that have captured the coupled thermo–hydro–mechanical …

… The models were implemented in a general purpose CFD software FLOW-3D v.12 [33]. The
equations for material flow were solved using an implicit pressure-velocity solver GMRES (…

… cracks in brittle materials, this study aims to investigate various filling materials on the crack
… and unfilled cracks are investigated experimentally and numerically. Uniaxial compression …

… This research experimentally determines the Gurson-Tvergaard-Needleman (GTN) model
damage mechanics parameters for 6061 Al alloys. Five different heat treatment conditions …

… Presently, the residual stress in metal AM is experimentally investigated through both …
numerical examination began by developing a mesoscale model to reveal thermal histories …

… Section 3 presents the results of the experimental study. Section 4 compares our measurements
with the analytical models for pressure drop that are available in the literature. Section 5 …

… In addition to experimental studies of the composites produced, the FSP process was modeled
using numerical methods to understand better the material flow and particle distribution in …