A Dislocation Perspective on Strength and Toughness in Ceramics
Dislocations in ceramics enjoy a long but yet underāappreciated history. The three research waves for dislocations in ceramics highlight the topic evolution over the last 90 years. This review focuses on the impact of dislocation on strength and toughness in ceramics.
Xufei Fang
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Microwave Radar-Based Cable Displacement Measurement for Tension, Vibration, and Damping Assessment. [PDF]
Long G, Xin G, Shang Z, Sun L, Chen L.
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Investigation of the impact of cable corrosion on the ultimate strength and fatigue life of stay cable bridges. [PDF]
Cao Z, Liu Y, Xu B, Li X.
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Optimization of cable tension in large-span cable-stayed bridges based on RBF neural network and improved sea-gull algorithm. [PDF]
Zhao D, Wang H, Yu M.
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Material stock and environmental burdens of coastal bridge infrastructure in China: A bottom-up life cycle perspective. [PDF]
Ning H +5 more
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Research on the performance inspection of large-span cable-stayed bridges under multi-physics field information guidance. [PDF]
Jiaqing L +3 more
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Study on the spatial mechanical behavior of the cable tower anchorage zone in long-span curved T-shaped rigid-frame extradosed bridge for high-speed railway. [PDF]
Xie M +5 more
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Cable-stayed chest wall reconstruction following resection of desmoid tumor: A case-based technical report. [PDF]
Zhang Y +8 more
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Mapping the Complicated Relationship Between a Temperature Field and Cable Tension by Using Composite Deep Networks and Real Data with Additional Geometric Information. [PDF]
Yue Z, Ding Y, Geng F.
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