Abstract
Research on Reliability of Vertical Bearing Capacity of Pile Foundations in the Aquaculture Food Farm
Highlights
The aquaculture farm is the foundation for aquaculture
Reliability design method is superior to the traditional allowable stress design method, because the reliability design method in the design fully considers the influence of various uncertain factors (Pietrak et al, 2012)
Zhang (2004) used the theory of probability and a large number of field data of vertical bearing capacity of the pile to study in detail in the probability distribution characteristics of the vertical bearing capacity and proposed a new failure judge criterion of vertical bearing capacity limitation
Summary
The aquaculture farm is the foundation for aquaculture. it is essential to construct reliable aquaculture farm (Ma et al, 2010). In the design of aquaculture farm pile foundation, the uncertain factors affecting reliability of pile foundation design are mainly parameter uncertainty and model uncertainty. In the study of pile bearing capacity reliability, the collecting data are not the ultimate bearing capacity of the piles; there is an error between calculation and the actual value. To solve this problem, Zhang (2004) used the theory of probability and a large number of field data of vertical bearing capacity of the pile to study in detail in the probability distribution characteristics of the vertical bearing capacity and proposed a new failure judge criterion of vertical bearing capacity limitation. Literature review indicated that little work has addressed the vertical bearing capacity limitation of the piles in damage condition
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