STP1089

    Deep Foundation Improvements: Design, Construction, and Testing

    Esrig MI, Bachus RC
    Published: 1991


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    22 peer-reviewed papers focus on deep foundation improvements through the formation of composite ground, and those related to improvement through compaction and densification.

    Areas covered include:

    • Construction and analysis of composite ground

    • Construction guidelines and specifications

    • Case history presentations

    • Introducing grout to the soil

    • and Compaction and densification techniques.

    For geotechnical engineers; ground improvement contractors; federal highway administration/departments of transportation; specificaion writers and anyone involved with the design or construction of stone columns.


    Table of Contents

    Overview
    Bachus R., Esrig M.

    Design, Construction and Testing of Sand Compaction Piles
    Barksdale R., Takefumi T.

    Shearing Characteristic of Composite Ground and Its Application to Stability Analysis
    Enoki M., Ichimoto E., Yagi N., Yatabe R.

    Present State of Sand Compaction Pile in Japan
    Aboshi H., Kuwabara M., Mizuno Y.

    Bearing Capacity of Improved Ground by Sand Compaction Piles
    Kitazume M., Minagawa S., Terashi M.

    Vibro Replacement - Design Criteria and Quality Control
    Priebe H.

    Specifications for Constructing and Load Testing Stone Columns in Clays
    Stark T., Yacyshyn B.

    The Testing and Instrumentation of Stone Columns
    Moseley M., Slocombe B.

    Use of Stone Columns to Support I-90 Cut and Cover Tunnel
    Allen T., Harrison T., Kilian A., Strada J.

    Use of Stone Columns to Improve the Structural Performance of Coal Waste Deposits
    Davie J., Lewis M., Swekosky F., Young L.

    Slide Correction by Stone Columns
    Goughnour R., Ramsey J., Sung J.

    Load Tests on Stone Columns
    Greenwood D.

    Design and Installation of Stone Columns at Naval Air Station
    Hayden R., Welch C.

    Analysis of Quick Load Tests on Stone Columns: Case Histories
    Baez J., Hussin J.

    Dynamic Compaction/Stone Columns - Test Sections for Construction Control and Performance Evaluation at an Uncontrolled Landfill Site
    Homan M., Snethen D.

    The Use, Testing and Performance of Vibrated Stone Columns in the United Kingdom
    Charles J., Watts K.

    Construction and Testing of Deep Foundation Improvement Using the Deep Cement Mixing Method
    Babasaki R., Saitoh S., Suzuki K., Suzuki Y., Tokitoh K.

    Seismic Testing Methods for Evaluation of Deep Foundation Improvement by Compaction Grouting
    Blakita P., Byle M., Winter E.

    Lateral Static Densification at Monaco Design, Construction and Testing
    Gambin M.

    Deep Chemical Injection for Protection of an Old Tunnel
    Munfakh G.

    Vibratory Deep Compaction of Underwater Fill
    Castelli R.

    Deep Soil Compaction Using Vibratory Probes
    Massarsch K.

    Densification of Sand Using a Variable Frequency Vibratory Probe
    Leroy D., Neely W.

    Author Index

    Subject Index


    Committee: D18

    Paper ID: STP1089-EB

    DOI: 10.1520/STP1089-EB

    ISBN-EB: 978-0-8031-5161-1

    ISBN-13: 978-0-8031-1392-3

    ASTM International is a member of CrossRef.

    0-8031-1392-7
    978-0-8031-1392-3
    STP1089-EB