首页> 外文会议>Advances in Geotechnical Engineering: The Skempton Conference vol.1 >Skempton's contributions to Engineering Geology, particularly of the Quaternary
【24h】

Skempton's contributions to Engineering Geology, particularly of the Quaternary

机译:Skempton对工程地质学,特别是第四纪的贡献

获取原文
获取原文并翻译 | 示例

摘要

At the time of Skempton's undergraduate course at Imperial College (1932-35), the teaching of geology for engineers in Britain was at an early stage of its development. Apart from a little glacial physiography, the Quaternary was almost wholly ignored (e.g. Blyth, "A Geology for Engineers", 1943). The situation in North America was broadly similar, though there was perhaps a greater realisation there of the need to relate basic soil mechanics, and construction experiences, to the regional and local geological background (e.g. Legget, "Geology and Engineering", 1939; Terzaghi and Peck, "Soil Mechanics in Engineering Practice, 1948). Nonetheless, as his daughter records (Niechcial, 2002), in his second undergraduate year Skempton "became fascinated by geology, finding inspiration in the lectures of Frank Blyth". This was the crucial kindling of his interest and enthusiasm for the subject, which matured and sustained him throughout the six decades of his professional career. Particularly from the 1960s onwards, studies of Quaternary geoscience in Britain expanded exponentially to form the advanced disciplines of today. Skempton had the notable ability to follow and absorb these rapid developments and to embody them in his consulting and research work. In this he was helped, from 1964/65, by becoming a member of the newly formed Quaternary Research Association, which put him in close and regular touch with the leading Quaternary scientists and geologists in Britain and abroad. (He had joined the Geologists' Association in 1941 and became a Fellow of the Geological Society in 1944). While Skempton did not develop a school of "engineering geology" or of "Quaternary studies", his gifted teaching and many outstanding contributions on these subjects inspired colleagues and generations of students with a sound grasp of the intimate and inescapable relationships between geology and engineering.
机译:在斯坎普顿(Skempton)在帝国理工学院(1932-35)攻读本科时,英国工程师的地质学教学才刚刚开始。除了一点冰河生理学外,第四纪几乎被完全忽略了(例如,布莱斯,“工程师的地质学”,1943年)。北美的情况大致相似,尽管人们可能已经意识到需要将基本的土壤力学和施工经验与区域和当地的地质背景联系起来(例如,莱格特,《地质与工程》,1939年;特扎吉)和Peck,“工程实践中的土壤力学,1948年。”然而,正如他的女儿所记录的(Niechcial,2002年),在他的第二个本科年级Skempton中,“对地质学着迷,在Frank Blyth的演讲中找到了灵感”。他对这个学科的兴趣和热情的关键激发,使他在整个职业生涯的六十年中不断发展和壮大,特别是从1960年代开始,英国第四纪地球科学的研究呈指数增长,形成了当今的高级学科。具备跟随并吸收这些快速发展并将其体现在他的咨询和研究工作中的显着能力,在此方面,他从19岁起得到了帮助通过成为新成立的第四纪研究协会的会员,他以64/65的身份与英国和国外的主要第四纪科学家和地质学家保持了定期和密切的联系。 (他于1941年加入地质学家协会,并于1944年成为地质学会会员)。尽管斯坎普顿没有发展“工程地质学”或“第四纪研究”学派,但他的才华横溢的教学和在这些学科上的许多杰出贡献激发了同事和几代学生对地质学与工程学之间亲密而不可回避的关系的深刻理解。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号