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Article
Analysis of the Forming of Interlock Textile Composites Using a Hypoelastic Approach
Numerical simulation of the textile composites forming plays an important role in improving the manufacturing quality, reducing the manufacturing cycle, and manufacturing cost. The focus is on the sha** of o...
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Article
Virtual Field Characterization for Ratcheting Effect Under Cyclic Loading
Ratcheting is an important mechanical behavior of metals and alloys, which is caused by the repeated accumulations of tensile and compressive strain in circle load. However, the current characterization method...
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Article
The Need to Use Generalized Continuum Mechanics to Model 3D Textile Composite Forming
3D textile composite reinforcements can generally be modelled as continuum media. It is shown that the classical continuum mechanics of Cauchy is insufficient to depict the mechanical behavior of textile mater...
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Article
Atomistic Studies of Generic Tilt Grain Boundary Structures
We investigate the atomic-scale structures of high-sigma (∑) tilt grain boundaries in aluminum using lattice statics calculations. In particular, we examine the efficacy of the structural unit model (SUM) in t...
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Article
Investigation of the annealing texture evolution in hafnium
This article presents a study of the evolution of the annealing texture in hafnium, as measured by electron backscattering diffraction patterns (EBSPs). It was found that the annealing texture of asreceived ex...
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Article
Epitaxial Growth of GaN on Lattice-Matched Hafnium Substrates
A method of producing epitaxial GaN on single-crystal Hf has been developed. The metal substrate is formed by a strain-anneal process yielding macroscopic (5-mm) grain sizes, followed by polishing, chemical et...