A semiempirical method to determine ground deformations and vibrations induced by impact
pile driving in sandy soil conditions is presented in this study. Field data during installation of …

Vibratory piling technology does not require analytical tools to predict displacement rates
and arising forces. The authors consider the problem of vibratory driving of a pile into a …

The geotechnical conditions in Central Florida consist predominantly of medium-dense silty-
sands that allow the installation of deep foundations using pile driving methods to carry …

Driven precast concrete piles are used as a compelling deep foundation alternative and can
be installed below the groundwater table without providing any casing and also …

Construction of buildings, roads, and traffic activities generate ground vibrations that can
structurally damage nearby urban infrastructure. The vibrations produced by construction …

The process of pile driving has been a commonly used method for the installation of deep
foundations in Central Florida due to the soil conditions that consist mainly of medium-dense …

This report presents a method for predicting ground deformations caused by impact pile
driving, which accounts explicitly for the attenuation characteristics of Central Florida …

This paper presents a case study detailing a field monitoring program conducted in Central
Florida to analyze the effects of impact pile driving in sandy soils in terms of ground …