Zhenxiang Lin

Numerical and experimental investigations on energy absorption enhancement mechanism of 3D-HSWM reinforced concrete

Weizhong Liu, Min Wang, Shuai Zhou, Wei Jiang et autres

Three-dimensional high-strength steel-wire-mesh (3D-HSWM) reinforced concrete is an innovative material that substitutes traditional low to medium strength planar steel wire mesh sheet with 3D-HSWM, demonstrating superior ductility and crack control capability. However, research into its energy absorption characteristics remains insufficient, significantly limiting …

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High-viscosity magnetorheological fluids based on shear-thinning oleogel and their performances

Chunxia Xu, Hansong Zhang, Zhide Hu, Haoyang Jiang et autres

Abstract Shear-thinning oleogel with remarkable rheological properties were prepared by incorporating hydrophilic nano-silica (SiO 2 ) particles into Span-based oleogel in this study. Then, carbonyl iron (CI) powders coated with fatty acids were mixed into the above oleogel to prepare high-viscosity shear-thinning …

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Regulating Hydration Heat in Magnesium Phosphate Cement Using Paraffins: Efficacy and Performance Trade-Offs

Zhenxiang Lin, Haoyang Jiang, Hansong Zhang, Jie Liu et autres

Magnesium phosphate cement (MPC) holds great potential for rapid repairs, yet its practical application is limited by its intense hydration exotherm. While many existing studies confirm paraffin (PA)’s ability to regulate hydration heat in other cement-based materials, the comparison of hydration heat …

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Effect of plasma electrolytic polishing on the fatigue performance of additive manufactured Ti-6Al-4V removable partial denture clasps

Minrui Xu, Zhenxiang Lin, Hui Cheng, Yan Lin

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Numerical and experimental investigations on energy absorption enhancement mechanism of 3D-HSWM reinforced concrete

Wei Liu, wang min, Shuai Zhou, Wei Jiang et autres

cn (code pays fourni par la source)

A Biomimetic Adhesive Approach for Restoring a Cracked Tooth in a Single Visit: A Case Report

Zhenxiang Lin, Minrui Xu, Ruizhen Chen, Jie Lin

Objective: This report evaluates the morphology-driven preparation technique (MDPT) for biomimetic restoration of a cracked maxillary first molar, focusing on its tooth-preserving benefits and clinical outcomes. Case Presentation: A 36-year-old male presented with 2 months of masticatory pain and recent spontaneous pain …

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