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静力触探是一种简单、准确、快速和经济的地基土勘探原位测试方法。在工程地质勘测工作中已被广泛应用,深受广大岩土工作者欢迎。影响静力触探成果精度的因素很多,其中探头质量、探头的尺寸、几何形状及贯入速率等因素,已受到广泛重视,国内外都有过深入研究的实例。但对探孔倾斜、探杆弯曲而影响静力触探成果问题,至今还没有引起广大岩土工作者的足够重视。实践告诉我们,随着静力触探深度的增加,这种影响越来越
Cone penetration is a simple, accurate, fast and economic method for in-situ testing of foundation soil exploration. It has been widely used in engineering geological survey work and has been well received by the majority of geotechnical workers. There are many factors influencing the accuracy of the static probe results. The quality of the probe, the size of the probe, the geometry, and the penetration rate have been widely considered, and examples have been thoroughly studied at home and abroad. However, due to the tilting of the exploration hole and the bending of the probe rod, the problem of static penetration results has not yet attracted the attention of the majority of geotechnical workers. Practice tells us that as the depth of static penetration increases, this effect becomes more and more