Results 231 to 240 of about 216,745 (256)
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ENHANCEMENTS TO THE INHERENT STRAIN METHOD FOR ADDITIVE MANUFACTURING ANALYSIS
International Journal for Multiscale Computational Engineering, 2019Qiukai Lu +2 more
exaly +2 more sources
Introduction to measurement and prediction of residual stresses by the inherent strain method
2022Naoki Osawa, Dean Deng, Ninshu Ma
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Inherent strains in chemical-vapor-deposited bilayer graphene on Cu
Carbon, 2021Abstract The electrical properties of bilayer graphene (BLG) are strongly affected by external forces. Here we use Raman spectroscopy to study the inherent strain states of BLG synthesized by chemical vapor deposition method on Cu, by manipulating 13C isotope atoms to substitute part of one layer in AB-stacked and twisted BLG to differentiate the ...
Jinglan Liu +5 more
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Molecular Mechanochemistry: Engineering and Implications of Inherently Strained Architectures
2015Mechanical activation of chemical bonds is usually achieved by applying external forces. However, nearly all molecules exhibit inherent strain of their chemical bonds and angles as a result of constraints imposed by covalent bonding and interactions with the surrounding environment.
Yuanchao, Li, Sergei S, Sheiko
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Welding International, 1995
Summary This paper describes application of the thermal elastic‐plastic FEM method to analyse three‐dimensional residual stresses in single‐pass and multi‐pass fillet welds. The inherent strains generated in the fillet welds are expressed by series functions with good accuracy.
Y U Eda, N X Ma
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Summary This paper describes application of the thermal elastic‐plastic FEM method to analyse three‐dimensional residual stresses in single‐pass and multi‐pass fillet welds. The inherent strains generated in the fillet welds are expressed by series functions with good accuracy.
Y U Eda, N X Ma
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Research on Inherent Strain Distribution in Welded Low-Alloy Components
2014 Sixth International Conference on Measuring Technology and Mechatronics Automation, 2014Inherent strain FEM is a recently developed numerical technique to forecast welding residual deformations. It makes use of the concept of inherent strain distribution to effectively reduce the analysis of the very complex highly nonlinear welding process to an equivalent linear elastic FEA, thus the computational cost could be significantly reduced. In
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Inherent Strain Analysis of Thin-Walled Structure Welding Deformation
Applied Mechanics and Materials, 2013With the rapid development of the automotive industry and sheet metal welding structure widely used in the production practice, study sheet structure welding deformation law and method of controlling the production practice has become increasingly important significance.
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Using Tendon Inherent Electric Properties to Consistently Track Induced Mechanical Strain
Annals of Biomedical Engineering, 2012The present work explores the possibility that the inherent electrical properties of a tendon might allow it to act as its own strain gauge. Tendon has been shown to exhibit piezoelectric effects as well as streaming potentials when subjected to a mechanical stress.
Christopher R, West, Anton E, Bowden
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Computational Welding Mechanics and Concept of Inherent Strain for Industrial Applications
Materials Science Forum, 2007The distortion and the residual stress are the inevitable consequences of the welding and these may reduce the strength and the quality of the welded structures. To prevent the harmful influence of the welding distortion and the residual stress, their theoretical prediction is necessary.
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