Development and Research on Stability Technology of Shallow Sea Tower Offshore Exploration Platform
罗涛① LUO Tao；孔秋平② KONG Qiu-ping；罗承浩② LUO Cheng-hao；郭琼玲② GUO Qiong-ling
（①龙岩学院资源工程学院，龙岩 364012；②福建永强岩土股份有限公司，龙岩 364000）
（①School of Resource Engineering，Longyan University，Longyan 364012，China；
②Fujian Yongqiang Geotechnical Co.，Ltd.，Longyan 364000，China）
摘要： 海上勘探平台是近海工程勘察作业的基础平台，原位测试及深岩取样都要在平台上进行作业，平台的稳定性直接影响着作业的质量。基于高稳定性的海上塔式勘探平台技术的研发，为解决原位测试、土样采取成本高、质量低等难题提供了有力保障，稳定性的提高降低了海况复杂对勘探精度的影响，同时结构上降低了使用成本，提升了我国海洋工程勘察走向世界的能力，为今后我国建设工程跨向远海、深海技术开发提供了有益参考。
Abstract: Offshore exploration platform is the basic platform for offshore engineering survey operations. In-situ testing and deep rock sampling must be performed on the platform. The stability of the platform directly affects the quality of the operation. The research and development of offshore tower exploration platform technology based on high stability provides a strong guarantee for solving the problems of in-situ testing, high cost and low quality of soil sample collection. The improvement of stability reduces the impact of complex sea conditions on exploration accuracy. The structure reduces the cost of use, improves the ability of China's marine engineering survey to go to the world, and provides a useful reference for the future development of China's construction projects to the far sea and deep sea technology.
关键词： 海上勘探平台；原位试验；旁压试验；静力触探；动力触探
Key words: offshore exploration platform；in-situ test；side pressure test；static penetration；dynamic penetration
中图分类号：TB21 文献标识码：A 文章编号：1006-4311（2022）21-112-03
DOI:10.3969/j.issn.1006-4311.2022.21.035.
文章出处：罗涛,孔秋平,罗承浩,等. 浅海塔式海上勘探平台稳定性技术开发研究[J]. 价值工程,2022,41(21):112-114.
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