Art of Foundation Engineering Practice
Mohamad H. Hussein, J. Brian Anderson, William M. Camp
Abstract
Mohamad H. Hussein, J. Brian Anderson, William M. Camp
Abstract
Prepared by the Geo-Institute of ASCE. This collection contains 40 invited papers on the engineering design, analysis, construction, and monitoring of foundations. The volume is assembled in honor of Clyde N. Baker, Jr., P.E., S.E., Dist.M.ASCE. For more than 50 years Clyde Baker has made distinguished contributions to the advancement of foundation engineering, beginning with the early Chicago high-rise buildings through to to the world's current record-setting skyscrapers. The invited papers were contributed by professors, researchers, practicing structural and geotechnical engineers, and contractors. Topics include: historical reviews of land and offshore foundations work; fundamental and advanced foundation analytical procedures; foundation design using in situ geotechnical measurements; drilled shafts in soft and hard rock; foundations in difficult soils and geologic conditions; driven piles; foundations for static and dynamic loads; testing and long-term monitoring; and case histories.
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Prepared by the Geo-Institute of ASCE. This collection contains 40 invited papers on the engineering design, analysis, construction, and monitoring of foundations. The volume is assembled in honor of Clyde N. Baker, Jr., P.E., S.E., Dist.M.ASCE. For more than 50 years Clyde Baker has made distinguished contributions to the advancement of foundation engineering, beginning with the early Chicago high-rise buildings through to to the world's current record-setting skyscrapers. The invited papers were contributed by professors, researchers, practicing structural and geotechnical engineers, and contractors. Topics include: historical reviews of land and offshore foundations work; fundamental and advanced foundation analytical procedures; foundation design using in situ geotechnical measurements; drilled shafts in soft and hard rock; foundations in difficult soils and geologic conditions; driven piles; foundations for static and dynamic loads; testing and long-term monitoring; and case histories.
Key concepts: Foundation (evidence), Honor, Engineering, Work (physics), Civil engineering, Engineering geology, Construction engineering, Geotechnical engineering