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SEDL / STP / STP950-EB
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STP950
The Pressuremeter and its Marine Applications: Second International Symposium
Briaud J-L, Audibert JME
Pages: 494
Published: 1985
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This volume includes 26 papers on a range of topics relevant to the pressuremeter and its marine applications. The papers are divided into five sections: pressuremeter testing; theory and the pressuremeter; soil properties from pressuremeter data; and pressure-meter and laterally loaded piles.
Table of Contents
Introduction
Audibert J., Briaud J.
Use of PAM and Pressuremeters in Offshore Foundation Design
Brucy F., LeTirant P.
The Push-in Pressuremeter: 5 Years Offshore Experience
Fyffe S., Reid W., Summers J.
The Development of a Full Displacement Pressuremeter
Dalton C., Schaap L., Withers N.
Self-Boring Pressuremeter in Po River Sand
Bruzzi D., Ghionna V., Jamiolkowski M., Lancellotta R., Manfredini G.
The Calibration and Use of a High Capacity Pressuremeter to Determine Rock Stiffness
Bacciarelli R.
Field Evaluation of French Self-Boring Pressuremeter Paf 76 in a Soft Deltaic Louisiana Clay
Canou J., Tumay M.
Numerical Analysis of Pressuremeter Tests by the Finite Element Method
Lassoudière F., Zanier F.
Principal Stresses Derived from Self-Boring Pressuremeter Tests in Soft Clay
Benoit J., Clough G.
Effective Stress Analysis of Soil Response in a Pressuremeter Test
Beech J., Juran I.
A Theoretical Study of Pore Pressure Generation and Dissipation Around the Pressuremeter
Baguelin F., Frank R., Nahra R.
Relating Undrained Triaxial and Pressuremeter Stress-Strain Characteristics by Using Multi-Yield Surface Model Parameters
Kauschinger J.
Interpretation of Pressuremeter Tests Using Laboratory Simulated Tests
Gangopadhyay C., Nasr A.
Expansion of a Cylindrical Cavity in a Very Deformable Medium: A Theoretical Study
Degenne P., Ladanyi B., Soulié M.
Analysis of the Unloading of a Pressuremeter in Sand
Clarke B., Houlsby G., Wroth C.
Conventional Parameters from Pressuremeter Test Data: Review of Existing Methods
Briaud J., Felio G.
Determination of Properties of Sand from Self-Boring Pressuremeter Tests
Hughes J., Robertson P.
Pressuremeter Standard and Pressuremeter Parameters
Briaud J., Makarim C., Tucker L.
Undrained Strength and Deformation Parameters from Pressuremeter Test Results
Anderson W., Pyrah I.
Correlations of LLT Pressuremeter, Vane, and Dutch Cone Tests in Bangkok Marine Clay, Thailand
Bergado D., Khaleque M.
Proposed Method for Application of Pressuremeter Test Results to Designing of Offshore Foundations
Bécue J., Brucy F., Le Tirant P.
Pressuremeter and Deep Foundation Design
Briaud J.
Settlement Prediction Using the Pressuremeter
Lukas R.
Analysis and Verification of Louisiana Pile Foundation Design Based on Pressuremeter Results
Bodine D., Davidson R.
Design of Laterally Loaded Piles Using the Pressuremeter
Brown P., Campanella R., Hughes J., McKeown S., Robertson P.
Application of Pressuremeter Testing to Assess Lateral Pile Response in Clays
Griffiths D., Kay S., Kolk H.
Side Friction Mobilization Rates for Laterally Loaded Piles from the Pressuremeter
Slyh R., Smith T.
Author Index
Subject Index
Committee: D18
Paper ID: STP950-EB
DOI: 10.1520/STP950-EB
ISBN-EB: 978-0-8031-4957-1
 ASTM International is a member of CrossRef.
0-8031-0454-5
978-0-8031-0454-9
STP950-EB
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