ARNOLD, M. (1981)
"An Empirical Evaluation of Pressuremeter Test Data", Civil Engineering
Department, University of Adelaide, South Australia.
BAGUELIN, F., JEZEQUEL, J.F. and SHIELDS, D.H. (1978)
"The Pressuremeter and Foundation Engineering", Transtech Publications,
Clausthal, Germany ISBN O-87849-0l9-l
BELLOTTI, R., GHIONNA, V., JAMIOLKOWSKI, M., ROBERTSON, P. and PETERSON,
R. (1989).
"Interpretation of moduli from self-boring pressuremeter tests in sand".
Géotechnique Vol.XXXIX, no.2, pp.269-292.
BENOIT, J.(l983).
"Analysis of Self-Boring Pressuremeter Tests in Soft Clay", A dissertation
submitted to the Department of Civil Engineering and the Committee on Graduate
Studies of Stanford University in Partial Fulfilment of the Requirements
of the Degree of Doctor of Philosophy.
BENOIT, J. and CLOUGH, G.W. (l985).
"Principal Stresses Derived from the Self-Boring Pressuremeter Tests in Soft
Clays", The Pressuremeter and its Marine Applications, 2nd International
Symposium.
BOLTON M.D. and WHITTLE R.W. (1999)
"A non-linear elastic/perfectly plastic analysis for plane strain undrained
expansion tests." Géotechnique 49, No. 1, pp 133-141.
BRUZZI, D., GHIONNA, V., JAMIOLKOWSKI, M., LANCELLOTTA, R., & MANFREDINI
G (l986).
"Self-Boring Pressuremeter in Po River Sand", 2nd International Symposium
on The Pressuremeter and its Marine Applications.
CHANDLER, R.J., LEROUEIL, S. and TRENTER, N.A.
(1990)
"Measurements of the permeability of London Clay using a self boring
permeameter". Géotechnique 40, No. 1, pp 113-124.
CLARKE, B.G., CARTER, J.P. and WROTH, C.P.
(l979).
"In Situ Determination of Consolidation Characteristics of Saturated Clays".
Design Parameters in Geotechnical Engineering, VII ECSMFE, Brighton, Vol.
2, , pp 207- 211
CLARKE, B.G. (l98l).
"In Situ Testing of Clay Using Cambridge Self-Boring Pressuremeter" PhD Thesis,
Cambridge University.
CLARKE, B.G and WROTH, C.P. (l984)
"Analysis of Dunton Green retaining wall based on results of pressuremeter
tests."
Géotechnique 34, No. 4, pp 549-561.
CLOUGH, G.W., and DENBY, G.M. (1980)
"Self-boring Pressuremeter study of the San Francisco Bay Mud", J. Geotech
Eng. Divn. ASCE V l06, No. GTl pp 45-63
DALTON, J.C.P., HAWKINS, P.G.(1982)
"Fields of Stress, some measurements of the in-situ stress in a meadow in
the Cambridgeshire countryside". Ground Engineering Vol. 15, No. 4
pp 12 -23.
DENBY, G.M. and CLOUGH, G.W. (l980)
"Self-boring Pressuremeter Tests in Clay". J. Geotech Eng. Divn. ASCE V l06
No. GTl2 pp l369-l387.
DENBY, G.M. (l978)
"Self Boring Pressuremeter Study of the San Francisco Bay Mud". PhD Thesis,
Department of Civil Engineering, Stanford University Technical Report, CE232
DENBY,G.M., COSTA,C.A., CLOUGH,G.W. and DAVIDSON,R.R. (l98l)
"Laboratory and Pressuremeter Tests in Stiff Clay". Proceedings of the Tenth
International Conference on Soil Mechanics and Foundation Engineering, Stockholm,
Sweden.
DENBY, G.M. and HUGHES, J.M.O. (l982)
"Horizontal stress interpretation of pressuremeter tests". Proc. ASCE Conf.
on Updating Subsurface Sampling of Soils and Rocks and their In-Situ Testing,
Santa Barbara, California.
ERVIN, M.C., BURMAN, B.C. and HUGHES, J.M.O.(1980).
"The use of a high capacity pressuremeter for design of foundations in medium
strength rock". International Conference on Structural Foundations on Rock,
Sydney.
FAHEY, M. (1980)
"A Study of the Pressuremeter Test in Dense Sand". PhD Thesis University
of Cambridge.
FAHEY, M. and JEWELL, R.J. (1990)
"Effect of Pressuremeter Compliance on Measurement of Shear Modulus". Paper
submitted to The Third International Symposium on Pressuremeters, Oxford
University 2 - 6 April 1990
FAHEY, M., and RANDOLPH, M.F. (1984)
"Effect of disturbance on parameters derived from Self- boring Pressuremeter
tests in sand". Géotechnique 34, No. 1, pp 81-97
GHIONNA, V., JAMIOLKOWSKI, M., LACASSE, S., LADD, C.C., LANCELLOTTA, R. and
LUNNE, T (1983).
"Evaluation of Self-Boring Pressuremeter". Symposium International Vol. 2
Paris.
GHIONNA, V., JAMIOLKOWSKI, M., and LANCELLOTTA, R.(1982)
"Characteristics of Saturated Clays as Obtained from SBP Tests". Proc. Int.
Symp. Pressuremeter and its Marine Appls., Paris, pp 165-186.
GHIONNA, V., JAMIOLKOWSKI, M., LANCELLOTTA, R., TORDELLA, M.L. and LADD,
C.C. (1981)
"Performance of Self-Boring Pressuremeter tests in cohesive deposits". Dept
of Civil Engineering, MIT, Report FHWA/RD- 8l/l73.
GHIONNA, V., JAMIOLKOWSKI, M., LANCELLOTTA, R. & MANASSERO, M (1989).
"Limit Pressure of Pressuremeter Tests". Proc. of 12th ICSMFE, Rio De Janeiro.
GIBSON, R.E. and ANDERSON, W.F. (1961)
"In situ measurement of soil properties with the pressuremeter", Civil
Engineering and Public Works Review, Vol. 56, No. 658 May pp 6l5-6l8 .
GUNN M.J. (1992)
"The prediction of surface settlement profiles due to tunnelling". Proc.
Wroth Memorial Symposium, July 1992. Thomas Telford, London.
HAWKINS, P.G., MAIR, R.J., MATHIESON, W.G. and MUIR WOOD, D. (1990)
"Pressuremeter measurement of total horizontal stress in stiff clay", Proc.
ISP.3 Oxford.
HOULSBY, G., CLARKE, B. and WROTH, C.P. (1986).
"Analysis of the unloading of a pressuremeter in sand". Proc. of the 2nd
International Symposium on The Pressuremeter and its Marine Applications
pp 245-262.
HUGHES, J.M.O. (l973).
"An instrument for in situ measurement in soft clays", PhD Thesis, University
of Cambridge
HUGHES,J.M.O., ERVIN, M.C. (1980)
"Development of a High Pressure Pressuremeter for determining the engineering
properties of soft to medium strength rocks".Proc. 3rd Aus.-NZ Conf.
Geomechanics, Brisbane, pp.292-296.
HUGHES, J.M.O., WROTH, C.P. and PENDER, M.J. (l975).
"A comparison of the results of special pressuremeter tests with conventional
tests on a deposit of soft clay at Canvey Island", Internal Report No. CUED/C
- SOILS TR 20, Cambridge University Engineering Department.
HUGHES, J.M.O., WROTH, C.P. and WINDLE, D.
(l977)
"Pressuremeter tests in sands", Géotechnique 4, pp 455-477
JARDINE, R.J. (1991)
Discussing ‘Strain-dependent moduli and pressuremeter tests’ .
Géotechnique 41, No. 4.,
pp 621-624
JARDINE, R.J. (1992)
"Nonlinear stiffness parameters from undrained pressuremeter tests". Can.
Geotech. 29,
pp 436-447
JARDINE, R.J., POTTS, D.M., FOURIE, A.B. and BURLAND,
J.B. (1986)
"Studies of the influence of non-linear stress strain characteristics in
soil structure interaction".
Géotechnique 36, No. 3, pp 377-396.
JEFFERIES, M.G. (1988)
"Determination of horizontal geostatic stress in clay with self-bored
pressuremeter".
Can. Geotech. 25 (3), pp 559-573
JEWELL, R.J., FAHEY, M. and WROTH, C.P. (1980)
"Laboratory Studies of the Pressuremeter Test in Sand".
Géotechnique 30, No. 4 pp 507-531
LACASSE, S. and LUNNE, T. ( l982)
"In Situ Horizontal Stress from Pressuremeter Tests". Proc. of the Symp.
on the Pressuremeter and its Marine Applications, Paris.
LADANYI, B. (1973)
"Expansion of a Cavity in a Saturated Clay Medium". Journal of the Soil Mechanics
and Foundation Engineering Division, ASCE, Vol. 89, No. SM4, Proc. Paper
3577, July l973, pp l27-l6l.
LAMBE, T.W. and WHITMAN, R.V. (1969)
"Soil Mechanics" publ. John Wiley & Sons, Inc, New York. LCCC Number:
68-30915
LEE, K.M. and ROWE, R.K. (1989)
"Deformations caused by surface loading and tunnelling: the role of elastic
anisotropy". Géotechnique 39, No. 1,
pp 125 -140.
LEROUEIL, S., LERAT, P., HIGHT, D.W. and POWELL, J.J.M. (1992)
"Hydraulic conductivity of a recent estuarine silty clay at Bothkennar".
Géotechnique 42, No. 2, pp 275-288.
MARSLAND, A. and RANDOLPH, M.F. (l977).
"Comparison of the Results from Pressuremeter Tests and Large Insitu Plate
Tests in London Clay". Géotechnique 27 No. 2 pp 2l7-243.
MAIR, R.J. and WOOD, D.M. (l987)
"Pressuremeter Testing. Methods and Interpretation". Construction Industry
Research and Information Association Project 335. Publ. Butterworths, London.
ISBN 0-408-02434-8
MANASSERO, M. (1989)
"Stress-Strain Relationships from Drained Self Boring Pressuremeter Tests
in Sand". Géotechnique 39, No.2.
MUIR WOOD, D. (1990)
"Strain dependent soil moduli and pressuremeter tests".
Géotechnique, 40, pp 509-512.
NEWMAN, R.L., CHAPMAN, T.J.P. and SIMPSON, B. (1991)
"Evaluation of pile behaviour from pressuremeter tests". Proc. Xth European
Conference on Soil Mechanics and Foundation Engineering, Florence, May 1991
PALMER, A.C. (l972)
"Undrained plane-strain expansion of a cylindrical cavity in clay: a simple
interpretation of the pressuremeter test", Géotechnique
22 No. 3 pp 45l-457.
RANDOLPH, M.F. and WROTH, C.P. (l978)
"An analytical solution for the consolidation around a driven pile". Int.
J. Numer. Anal. Methods in Geomech.
ROBERTSON, P.K. and HUGHES, J.M.O. (1985)
"Determination of Properties of Sand from Self-Boring Pressuremeter Tests
". The Pressuremeter and Its Marine Applications, Second International Symposium.
ROWE, P.W. (1962)
"The Stress Dilatancy Relation for Static Equilibrium of an Assembly of Particles
in Contact". Proceedings of the Royal Society. Vol. 269, Series A, pp 500-527.
SIMPSON, B., ATKINSON, J.H. and JOVICIC,V. (1996)
"The influence of anisotropy on calculations of ground settlements above
tunnels". Proc. Int. Symp. Geotechnical aspects of Underground Construction
in Soft Ground, City University, London, April.
TAVENAS, F., DIENE, M. & LEROUEIL, S. (1990)
"Analysis of the insitu constant head permeability test."
Can.Geotech.J.,27, 305-314.
WHITTLE, R.W. and DALTON, J.C.P. (1990)
Discussing 'Experience with the self boring rock pressuremeter'. Ground
Engineering, Jan/Feb, pp 30-32.
WHITTLE R.W, DALTON J.C.P and HAWKINS P.G. (1992)
"Shear Modulus and Strain Excursion in the Pressuremeter Test". Proc. Wroth
Memorial Symposium, Oxford, July 1992.
WHITTLE R.W, HAWKINS P.G and DALTON J.C.P (1995)
"The view from the other side - lift-off stress and the six arm self boring
pressuremeter".
The Pressuremeter and its New Avenues, Proc.4th International Symposium 17-19
May 1995.
WHITTLE R.W (1993)
Discussing 'The assessment of in situ stress and stiffness at seven
overconsolidated clay and weak rock sites'. Ground Engineering, Sept
1993, pp 19-20.
WHITTLE R.W (1996)
"Recent developments in the cone pressuremeter" Proc. Int. Conf.
Advances in site investigation practice, Thomas Telford Publishing, London,
pp 533-546. ISBN 0 7277 2513 0.
WHITTLE R.W (1999)
"Using non-linear elasticity to obtain the engineering properties clay -
a new solution for the self boring pressuremeter"
Ground Engineering, Vol.32, No.5, pp 30-34.
WITHERS, N.J., HOWIE, J., HUGHES, J.M.O. and ROBERTSON, P.K. (1989)
"Performance and Analysis of Cone Pressuremeter Tests in Sands",
Géotechnique 39, No. 3, pp 433-454.
WINDLE, D. (l976).
"In situ testing of soils with a Self-boring Pressuremeter", PhD Thesis
University of Cambridge
WINDLE, D. and WROTH, C.P.(l977)
"The Use of a Self-boring Pressuremeter to determine the Undrained Properties
of Clays". Ground Engineering, September.
WOOD, D.M. and WROTH, C.P. (l977)
"Some laboratory experiments related to the results of pressuremeter tests".
Internal Report No. CUED/C Soils TR 32, Cambridge University Engineering
Department, also published in Géotechnique 27, pp l8l-20l
WROTH C.P., RANDOLPH M.F., HOULSBY G.T. and FAHEY M. (1979)
"A review of the engineering properties of soils with particular reference
to the shear modulus". Cambridge University Engineering Department, Soils
TR75.
WROTH, C.P.(1982)
"British Experience with the Self Boring Pressuremeter in Proceedings of
the Symposium on the Pressuremeter and its Marine Applications", Paris April
l982. Editions Techniq. 75737 Paris Cedex l5.
WROTH, C.P. (1984)
"The Interpretation of In Situ Soil Tests". Twenty Fourth Rankine Lecture,
Géotechnique 34, No. 4, pp 449-489
ZNIDARCIC, D. and PICCOLI, S. (1995)
"Field measurements of hydraulic conductivity". Proc. 4th Int.Symp.
Field measurements in Geomechanics, Bergamo, Italy. April 10-12 1995, pp
489-494