Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
An investigation was made to obtain the in-place properties of deep soil deposits with relation to pile foundations subjected to lateral thrust which would result in the verification of the Palmer-Thompson Theory for piles subjected to lateral load. Lateral-load tests were conducted on 16-inch-wide piles in a sand fill and a natural clay deposit. Incremental, repetitive and sustained free-head and fixed-head loadings were applied to a single pile instrumented with soil-pressure and piledeflection gages. Laboratory soil tests were conducted on samples from the pile test sites. The experimental results indicate that the pile-soil system does not respond elastically to a lateral load. Since the Palmer-Thompson Theory is premised on elastic pile-soil behavior, verification of this theory has not been achieved. (Author)
An investigation was made to obtain the in-place properties of deep soil deposits with relation to pile foundations subjected to lateral thrust which would result in the verification of the Palmer-Thompson Theory for piles subjected to lateral load. Lateral-load tests were conducted on 16-inch-wide piles in a sand fill and a natural clay deposit. Incremental, repetitive and sustained free-head and fixed-head loadings were applied to a single pile instrumented with soil-pressure and piledeflection gages. Laboratory soil tests were conducted on samples from the pile test sites. The experimental results indicate that the pile-soil system does not respond elastically to a lateral load. Since the Palmer-Thompson Theory is premised on elastic pile-soil behavior, verification of this theory has not been achieved. (Author)
Lateral Thrust on Piles
L. W. Heller (Autor:in)
1964
2 pages
Report
Keine Angabe
Englisch
FOUNDATIONS (STRUCTURES) , LOADING (MECHANICS) , THRUST , SOILS , SAND , CLAY , PRESSURE , TESTS , SOIL MECHANICS , ELASTICITY , THEORY , STRAIN (MECHANICS) , PILES (STRUCTURAL)
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