A parametric study of a laterally loaded pile in granular soil with a socketted tip is presented. The variation of subgrade modulus of granular soil is assumed to be linearly increasing with depth, from zero at the surface. The study covers all end constraint conditions, including fixed and pinned pile tips, and fixed and free pile heads. Both applied moment and lateral load at the head of the pile were considered. The displacements, moments and shear forces along the piles were determined using a finite element method. The results of the deformation coefficients, force coefficients and minimum socketted depths are presented as a set of design charts.link_to_subscribed_fulltex
Ground improvement with granular piles increases the load-carrying capacity, reduces the settlement ...
Report No. CCEER-96-4Beam on elastic foundation theory provides an efficient solution for the proble...
Existing design methods for laterally loaded piles in soft rock have insufficient supporting case hi...
Generally the lateral load for single pile are analysed as vertical beam support on elastic foundati...
Pile foundations are extensively used in the construction of various types of superstructures, inclu...
Industrial practice often adopts analytical methods developed for soils based on the continuum appro...
Piles are usually made of steel, concrete, reinforced concrete or wood, used to enhance the ground’s...
A Thesis submitted to the Dept. of Civil Engineering for the Degree of Master of EngineeringThe two ...
A theoretical formula for large-diameter rock-socket depth is developed to support pail embedding in...
The displacement finite element, lower and upper bound finite element limit analysis and analytical ...
A new method for static analysis of laterally loaded piles embedded in multi-layered soil is develop...
It is increasingly common to have construction activities beside cut slopes. In this study, a slope ...
Abstract. The paper presents the analysis of two groups of piles subjected to lateral loads incorpor...
In the analysis of the undrained loading of laterally loaded piles an important quantity is the ulti...
Abstract Laterally loaded piles’ behavior can be classified depending on how the lateral forces are...
Ground improvement with granular piles increases the load-carrying capacity, reduces the settlement ...
Report No. CCEER-96-4Beam on elastic foundation theory provides an efficient solution for the proble...
Existing design methods for laterally loaded piles in soft rock have insufficient supporting case hi...
Generally the lateral load for single pile are analysed as vertical beam support on elastic foundati...
Pile foundations are extensively used in the construction of various types of superstructures, inclu...
Industrial practice often adopts analytical methods developed for soils based on the continuum appro...
Piles are usually made of steel, concrete, reinforced concrete or wood, used to enhance the ground’s...
A Thesis submitted to the Dept. of Civil Engineering for the Degree of Master of EngineeringThe two ...
A theoretical formula for large-diameter rock-socket depth is developed to support pail embedding in...
The displacement finite element, lower and upper bound finite element limit analysis and analytical ...
A new method for static analysis of laterally loaded piles embedded in multi-layered soil is develop...
It is increasingly common to have construction activities beside cut slopes. In this study, a slope ...
Abstract. The paper presents the analysis of two groups of piles subjected to lateral loads incorpor...
In the analysis of the undrained loading of laterally loaded piles an important quantity is the ulti...
Abstract Laterally loaded piles’ behavior can be classified depending on how the lateral forces are...
Ground improvement with granular piles increases the load-carrying capacity, reduces the settlement ...
Report No. CCEER-96-4Beam on elastic foundation theory provides an efficient solution for the proble...
Existing design methods for laterally loaded piles in soft rock have insufficient supporting case hi...