This paper explores how climate‐resilient technologies, such as smart grids, digital twins, and self‐healing materials, can enhance urban resilience. It highlights the urgent need for proactive planning, public‐private collaboration, and data‐driven innovation to future‐proof underground infrastructure amid accelerating climate and urban pressures ...
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Tribological Performance of Grease-Coated Rubber in High-Pressure Hydrogen Storage Applications. [PDF]
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Effect of Temperature on the Sliding Wear Behaviors of Carburized BG801 Bearing Steel. [PDF]
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The impact of vision care program on the mental health of migrant children in Eastern China: evidence from a cluster-randomized controlled trial. [PDF]
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Oral Health Status in Children from the Community of Madrid, Spain: A Population-Based Cross-Sectional Investigation. [PDF]
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Acceptability of Technologies to Support Early Dementia Detection: Qualitative Study With the Boston University Alzheimer's Disease Center Cohort. [PDF]
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Orthokeratology outperforms myopia control spectacles in slowing myopia progression: a prospective comparative study. [PDF]
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Microscopic Mild Wear in the Boundary Lubrication regime
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Role of wear particles in severe–mild wear transition
Wear, 2005Abstract Severe–mild wear transition is one of the most interesting phenomena in adhesive wear, because the wear rate decreases drastically after the transition. This paper is aimed at clarifying the mechanism of wear mode transition from severe to mild. A copper pin was rubbed against rotating iron disk in laboratory air.
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The relevance of wear-mechanism maps to mild-oxidational wear
Tribology International, 2002The presence of oxygen in the environment in which a steel sliding system operates will promote a mild form of wear with wear debris consisting mainly of iron oxides. Of the oxidation-dominated mechanisms, mild-oxidational wear (the prefix describes the extent of oxidation and not the wear rate) has been most extensively investigated.
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