Resource

Advances in Grouting and Ground Modification

Resource Type
Event Proceedings
Reference Title
Advances in Grouting and Ground Modification
Organization/Agency
American Society of Civil Engineers
Publisher Name
American Society of Civil Engineers
Year
2000
Date
Aug 5-Aug 8 2000
Document Number
GSP 104
Event Name
GeoDenver 2000
Event Location
Denver, Colorado
ISBN/ISSN
ISBN: 9780784405161
Abstract/Additional Information

Proceedings of sessions of Geo-Denver 2000, in Denver, Colorado, August 5-8, 2000. Sponsored by the Geo-Institute of ASCE. This Geotechnical Special Publication contains 22 papers that present the results of research studies and case histories with an emphasis on new or innovative equipment, grouts, or methodologies. Topics include: compensation grouting, Superjet grouting, silicate-grouted sand, cement grouting, grout injection pressures, fly ash-cement cellular grouts, flowable grout mixes, hydrophilic polyurethane grout, contaminated grout, and tributes to Wallace Hayward Baker and James P. Gould.

Papers:
- Compensation Grouting: Concept, Theory and Practice
- Effects of Grout Composition, Depth and Injection Rate on Compaction Grouting
- An Alternate Compaction Grouting Technique
- Prediction and Validation of Compaction Grout Effectiveness
- Compaction Grouting: Three Midwest Case Histories
- Compaction Grout: A Case History of Seismic Retrofit
- An Approach to the Design of LMD Grouting
- Superjet Grouting and the Quality of Its Product
- Planning and Performing Horizontal Directional Drilling for Soil Grouting
- Spatial and Directional Variations in Engineering Properties of an In Situ Silicate-Grouted Sand
- Equipment for Cement Grouting: An Overview
- A Critical Look at Use of ``Rules of Thumb'' for Selection of Grout Injection Pressures
- Evolving Morphology of Early Age Microfine Cement Grout
- Properties of Fly Ash-Cement Cellular Grouts for Sliplining and Backfill Applications
- Designing Flowable Grout Mixes Using Foundry Sand, Clay and Fly Ash
- Characterizing the Behavior of a Hydrophilic Polyurethane Grout
- Behaviour of a Highway Embankment on Contaminated Ground
- Ground Improvement for Large Above Ground Tanks Using Deep Mixing
- Predicted and Actual Settlement of Soils Improved by Vibro Replacement
- A CPT-Based Index for Evaluating Ground Improvement
- Improvement of Soft Clays by Dynamic Compaction with PVDs
- Construction of a BIN-WALL over Highly Compressible Soil

URL(s)
https://ascelibrary.org/doi/book/10.1061/9780784405161