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As a new foundation treatment technology, long-short pile composite’s design theory is still in primary phase, and there
are no explicit settlement calculation methods in active codes. So it is necessary to study the working mechanism and the methods
of settlement calculation. In this paper, the mechanics of long-short pile composite foundation are fully discussed. Meanwhile, based
on the shear deformation method, the Mylonakis & Gazetas models about mutual action between two piles and the one between pile
and soil are introduced, Considering the performance of cushion, the flexible factors of mutual actions are provided. Then the
settlement calculation of long-short pile composite foundation which can consider the mutual actions between pile, soil and cap is
deduced, and the correlated program is also developed. Finally, an engineering example is discussed with the method. A comparison
shows that calculated results and measured data from a field test pile are in a good agreement, indicating that the presented approach
is feasible and applicable in engineering practice.
As a new foundation treatment technology, long-short pile composite’s design theory is still in primary phase, and there
are no explicit settlement calculation methods in active codes. So it is necessary to study the working mechanism and the methods
of settlement calculation. In this paper, the mechanics of long-short pile composite foundation are fully discussed. Meanwhile, based
on the shear deformation method, the Mylonakis & Gazetas models about mutual action between two piles and the one between pile
and soil are introduced, Considering the performance of cushion, the flexible factors of mutual actions are provided. Then the
settlement calculation of long-short pile composite foundation which can consider the mutual actions between pile, soil and cap is
deduced, and the correlated program is also developed. Finally, an engineering example is discussed with the method. A comparison
shows that calculated results and measured data from a field test pile are in a good agreement, indicating that the presented approach
is feasible and applicable in engineering practice.
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- Publisher :Korean Geo-Environmental Society
- Publisher(Ko) :한국지반환경공학회
- Journal Title :Journal of the Korean Geo-Environmental Society
- Journal Title(Ko) :한국지반환경공학회 논문집
- Volume : 14
- No :7
- Pages :13~18


Journal of the Korean Geo-Environmental Society




