2006•Practice Periodical on Structural Design and ConstructionRequires access

Mitigation of Soil Movements from Pile Driving

Mark R. Svinkin

Open publisher page 17 citations

Abstract

Pile installation into the ground by impact or vibratory hammers produces soil movements which may affect surrounding structures with major dynamic impact on adjacent buildings. Vibrations from pile driving may cause direct vibration damage to structures and compact granular soils with subsequent substantial settlements. Significant soil displacements occur during pile driving in soft to medium clays. Several measures can be used to mitigate detrimental effects of direct structure vibrations, soil densification, and heave and settlement in clay soils.

About this research paper

What this paper is about

Pile installation into the ground by impact or vibratory hammers produces soil movements which may affect surrounding structures with major dynamic impact on adjacent buildings. Vibrations from pile driving may cause direct vibration damage to structures and compact granular soils with subsequent substantial settlements. Significant soil displacements occur during pile driving in soft to medium clays. Several measures can be used to mitigate detrimental effects of direct structure vibrations, soil densification, and heave and settlement in clay soils.

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OpenAlex reports 17 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Pile installation into the ground by impact or vibratory hammers produces soil movements which may affect surrounding structures with major dynamic impact on adjacent buildings. Vibrations from pile driving may cause direct vibration damage to structures and compact granular soils with subsequent substantial settlements. Significant soil displacements occur during pile driving in soft to medium clays. Several measures can be used to mitigate detrimental effects of direct structure vibrations, soil densification, and heave and settlement in clay soils.

Key concepts: Pile, Hammer, Geotechnical engineering, Settlement (finance), Vibration, Soil water, Geology, Environmental science

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