Geotechnical Engineering
主应力旋转对非各向同性颗粒材料不同密度下液化阻力的影响及基于Vs的表征框架
Effect of principal stress rotation on liquefaction resistance of anisotropic granular materials with different densities and Vs-based characterization frameworkThis study investigates the influence of principal stress rotation on the liquefaction resistance of anisotropic granular materials under varying densities, proposing a characterization framework based on shear wave velocity (Vs). / 本研究探讨了主应力旋转对非各向同性颗粒材料在不同密度下液化阻力的影响，提出了一种基于剪切波速度（Vs）的表征框架。
- Knowledge type
- 实际应用
- First proposed or discovered
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- Turkey Farm member
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- 农场主
- Last updated
- 2026-10-26 19:01:09
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Main parameters and performance indicators
Principal stress rotation: The rotation of the principal stress axes during loadingLiquefaction resistance: The ability of granular material to withstand liquefactionVs: Shear wave velocity used for characterization
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ranked by community starsEffect of principal stress rotation on liquefaction resistance of anisotropic granular materials with different densities and Vs-based characterization frameworkOpen source
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1 recordsRecord title: Effect of principal stress rotation on liquefaction resistance of anisotropic granular materials with different densities and Vs-based characterization framework.
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