Geoscience Reference
In-Depth Information
•
AGS Anon (2000), “New focus on landslide risk management'' The earthmover &
Civil Contractor, December feature article, pp 53-54.
•
ASCE (1993). “Bearing Capacity of Soils'' Technical Engineering and Design
Guides. US Corps of Engineers No. 7.
•
Australian Standard (AS 1726-1993), “Geotechnical Site Investigations'' Stand-
ards Australia.
•
Austroads (1992) “Section 3: Foundations'' Bridge Design Code
•
Austroads (2004), “Pavement Design - A guide to the structural design of road
pavements'' Australian Road Research Board.
•
Austroads (2004), “Pavement Rehabilitation Manual'' Australian Road Research
Board.
•
Barton N. (1983), “Application of Q - System and index test to estimate
Shear Strength and Deformability of Rock Masses'', Proceedings International
Symposium of Engineering Geology and Underground Construction, Portugal.
•
Bell F.G. (1992), “Description and Classification of rock masses'' Chapter 3 in
Engineering in Rock Masses edited by FG Bell, Butterworth Heinemann.
•
Bell F.G. (1992), “Properties and Behaviour of rocks and rock masses'' Chapter 1
in Engineering in Rock Masses edited by FG Bell, Butterworth Heinemann.
•
BerkmanD.A. (2001), “FieldGeologists' Manual'' 4th Edition, MonographNo. 9,
The Australasian Institute of Mining and Metallurgy, Victoria.
•
Bienawski Z.T. (1984), “Rock Mechanics Design in mining and tunnelling''
A.A. Balkema, Rotterdam.
•
Bishop A.W. and Bjerrum L. (1960), “The relevance of the triaxial test to the
solution of stability problems'' ASCE Conference on Shear Strength of Cohesive
Soils, Boulder pp 43-501.
•
Bjerrum L. (1972), “Embankments on soft ground'' Proceedings of ASCE Special-
ity Conference on Performance of Earth and Earth Supported Structure, Purdue
University, pp 1-54.
•
Braun H.M.M. and Kruijne R. (1994), “Soil Conditions'' Drainage Principles and
Applications (Ed., H.P, Ritzema), International Institute for Land Reclamation
and Management Publication, The Netherlands, 2nd Edition.
•
Brown E.T., Richards L.R. and Barr R.V. (1977), “Shear strength characteris-
tics of the Delabole Slates'', Proceedings of the Conference in Rock Engineering,
Newcastle University, Volume 1, pp 33-51.
•
British Standards 8002 (1994), “Code of Practice for Earth Retaining Structures''
British Standards Institution.
•
Carter M. and Bentley S.P. (1991), “Correlation of Soil Properties'' Pentech Press.
•
Cedergren H.R. (1989), “Seepage, Drainage and flow nets'' 3rd Edition, John
Wiley & sons.
•
Chandler R.J. (1988), “The in-situ measurement of the undrained shear strength
of clays using the filed vane'' Vane Shear Strength testing in soils: Field and
Laboratory studies, ASTM STP 10154, American Society of Testing andMethods.
•
Clayton C.R.I. (1995). “The Standard Penetration Test (SPT): Methods and Use''
CIRIA Report 143.
•
Concrete Institute (1999), “Industrial Floors and Pavements Guidelines''.
•
Croney D. and Croney P. (1991), “The design and performance of road pave-
ments'' 2nd Edition Mcgraw Hill.
Search WWH ::
Custom Search