Offshore piles are subjected to complex loads with considerable lateral component. The pile-soil response to lateral loads can be described with the p-y method. For a given depth the load–deflection relationship is built to simulate the surrounding soil stiffness. This state-of-art paper presents a brief discussion of determination methods for the p-y curves using a standard approach based on the soil parameters derived from laboratory and in-situ tests or directly from field tests. The basic relationships for both cohesive and cohesionless soils are discussed. The advantage of direct design methods to describe the p-y curve relies in the reduction of necessary laboratory tests
Although simplified numerical methods are reliable for evaluating the response of a single pile unde...
International audienceAn extensive program of centrifuge tests was undertaken to study the effect of...
International audienceAn extensive program of centrifuge tests was undertaken to study the effect of...
Offshore piles are subjected to complex loads with considerable lateral component. The pile-soil res...
Offshore piles are subjected to complex loads with considerable lateral component. The pile-soil res...
It is nowadays recognized the P-Y curves-based methods are the most commonly used methods for the an...
The current best practice in geotechnical engineering in determining lateral capacity of piles is to...
This study aimed to evaluate the p-y behavior of pile foundations installed in saturated silty sand ...
It is nowadays recognized the P-Y curves-based methods are the most commonly used methods for the an...
It is nowadays recognized the P-Y curves-based methods are the most commonly used methods for the an...
The formulations for the lateral load-displacement (p-y) springs conventionally used for the analysi...
The research on damages of structures that are supported by deep foundations has been quite intensiv...
The formulations for the lateral load-displacement (p-y) springs conventionally used for the analysi...
The formulations for the lateral load-displacement (p-y) springs conventionally used for the analysi...
Design of piles under lateral loads using numerical analysis is a time-consuming process, requiring ...
Although simplified numerical methods are reliable for evaluating the response of a single pile unde...
International audienceAn extensive program of centrifuge tests was undertaken to study the effect of...
International audienceAn extensive program of centrifuge tests was undertaken to study the effect of...
Offshore piles are subjected to complex loads with considerable lateral component. The pile-soil res...
Offshore piles are subjected to complex loads with considerable lateral component. The pile-soil res...
It is nowadays recognized the P-Y curves-based methods are the most commonly used methods for the an...
The current best practice in geotechnical engineering in determining lateral capacity of piles is to...
This study aimed to evaluate the p-y behavior of pile foundations installed in saturated silty sand ...
It is nowadays recognized the P-Y curves-based methods are the most commonly used methods for the an...
It is nowadays recognized the P-Y curves-based methods are the most commonly used methods for the an...
The formulations for the lateral load-displacement (p-y) springs conventionally used for the analysi...
The research on damages of structures that are supported by deep foundations has been quite intensiv...
The formulations for the lateral load-displacement (p-y) springs conventionally used for the analysi...
The formulations for the lateral load-displacement (p-y) springs conventionally used for the analysi...
Design of piles under lateral loads using numerical analysis is a time-consuming process, requiring ...
Although simplified numerical methods are reliable for evaluating the response of a single pile unde...
International audienceAn extensive program of centrifuge tests was undertaken to study the effect of...
International audienceAn extensive program of centrifuge tests was undertaken to study the effect of...