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Solutions for Model-Scale, Tied-Back Anchors and Sheet Pile Walls
Scaled laboratory experiments are faster and less expensive than full-scale ones and do not rely upon possible uncertainties in the constitutive models necessary for numerical modeling. However, for 1-gravity (1g) pseudo-static testing, the main problem is obtaining geometrically appropriate materials whose strength and stiffness are sufficiently reduced compared with those of the prototype. Constructability can also pose major challenges. This paper introduces manufacturing, assembly, monitoring, and testing for tied-back anchors with a sheet pile wall for 1g testing.
Solutions for Model-Scale, Tied-Back Anchors and Sheet Pile Walls
Scaled laboratory experiments are faster and less expensive than full-scale ones and do not rely upon possible uncertainties in the constitutive models necessary for numerical modeling. However, for 1-gravity (1g) pseudo-static testing, the main problem is obtaining geometrically appropriate materials whose strength and stiffness are sufficiently reduced compared with those of the prototype. Constructability can also pose major challenges. This paper introduces manufacturing, assembly, monitoring, and testing for tied-back anchors with a sheet pile wall for 1g testing.
Solutions for Model-Scale, Tied-Back Anchors and Sheet Pile Walls
Laefer, Debra F. (author)
Geo-Congress 2014 ; 2014 ; Atlanta, Georgia
Geo-Congress 2014 Technical Papers ; 2578-2587
2014-02-24
Conference paper
Electronic Resource
English
Solutions for Model-Scale, Tied-Back Anchors and Sheet Pile Walls
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