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A two-stage sequential heavy reduction (HR) method, in which the reduction amount was increased both before and after the solidification end, is presented to simultaneously improve the homogeneity and compactness of the continuous casting bloom. With bearing steel GCr15 chosen as the specific research steel, a three-dimensional thermal–mechanical finite element model was developed to simulate and...
This article reviews in situ mechanical testing of crystalline nanowires in scanning and transmission electron microscopes, focusing on bottom–up synthesized, single-crystalline nanowires. Major experimental methods including resonance, bending, tension and buckling are summarized. In addition to commonly encountered experimental issues, deformation mechanisms learned from the in situ nanomechanical...
Long-term, continuous, and unsupervised tracking of physiological data is becoming increasingly attractive for health/wellness monitoring and ailment treatment. Nanomaterials have recently attracted extensive attention as building blocks for flexible/stretchable conductors and are thus promising candidates for electrophysiological electrodes. Here we provide a review on nanomaterial-enabled dry electrodes...
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