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Towards the integration of new geophysical methodologies into offshore site investigation practice

机译:新地球物理方法融入海上现场调查实践

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The marine environment can be a particularly challenging one for the geotechnical engineer. Seafloor sediments tend to be highly variable, both vertically and laterally, and given this variability plus the obvious technological and logistical constraints, there remains considerable scope for improvement and development in site investigation practice. Over recent years the role of geophysics as a quantitative measuring tool in engineering site investigation has began to be recognised. In the marine environment, the geophysical approach should have particular appeal as it is essentially a 'remote sensing technique' and undoubtedly represents the most economic means of obtaining in situ seafloor properties with a fine spatial resolution.
机译:海洋环境可以是岩土工程师特别具有挑战性的。海底沉积物往往是高度变化的,垂直和横向,并且鉴于这种可变性加上了明显的技术和后勤约束,在现场调查实践中仍有相当大的范围。近年来,地球物理学作为工程现场调查中的定量测量工具的作用已开始认可。在海洋环境中,地球物理方法应特别吸引,因为它基本上是一个“遥感技术”,无疑代表了以精细空间分辨率获得原位海底性能的最经济手段。

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