Nokta yükleme deneyi ile ilgili uygulamada karşılaşılan problemler

Abbs, F.A., 1985. The use of the point load index in
weak carbonate rocks, ASTM Special
Technical Pub. 883 (R,.C, Chancy and
K.R., Demarsi, Strength Testing of Marine
Sediment, Laboratory and In-situ Measurements,
413-421pp.
AI Jassar, S.H.,and Hawkins, A.B.,, 1979, Geotecfani-
- . eal properties of the Carboniferous- limestone
of the Bristol area-the influence of
petrography and chemistry. 4th. Conferen-
• - • ce on International Society .for Rock Mechanics,,
Montreoux, -1, 3 -14pp.
Anıl, M, Kılıç,, A., Kahraman, S,, Sandıkçı, M., ve
Akyıldız, M., 1996.. tscehisar (Afyon)
mermerlerinin 'petrografik ve mekanik
özellikleri... KTÜ Jeoloji Mühendisliği Bölümü
30. Yıl Sempozyumu, Cilt 1, 436-447s,
*,.
Anon, 1972.. The preparation of maps and plans in
terms of engineering geology., Quarterly
Journal of Engineering Geology,,, 5,. 293-
382pp.
Beawis, F.C., Roberts, F.L, and Minskaya,L.s, 1982.
Engineering aspects of weatheriog 'of low
grade metapelites in an arid climatic zone.,
Quarterly Journal of Engineering Geology,
15, 29-45pp.
Bell, F.G., 1992, Engineering properties of soils and
rocks.. Butterworth-Hein&nann, Oxford,
345 p.,
Bieniawski, Z.T., .1975,. The point-load test in geotechnical
practice. Engineering Geology,
9, M lpp.
Bieniawski, Z.T., 1989. Engineering rock mass classifications.
Wiley, New York, 264 p.
Bowden,, A. J. Lamom-BLick. J., and Ulhutt S.,
1998. P»uni load testing of weak rocks
with particular reference to chalk. Quarterly
Journal of Engineering ( ie» »1« >g\. 11,
95-103pp..
Broch, E., 1983. Estimation of strength .anisotropy
using the point load test, International Journal
of Rock Mechanics,, Mining Sciences
and Geomechanical Abstracts, 20,
1.81.-187pp.,
Broch,. E., and Franklin, J.A., 1972.. The point load
strength test. International Journal of
Rock, Mechanics.,, Mining Sciences and.
Geomechanical Abstracts, 9, 669-697pp.
Brook, ML, 1980. Size correction for point load testing
(Technical Note).. International Journal
of Rock Mechanics, Mining Sciences
and Geomechanical Abstracts, 17, 231-
235pp.
Brook, N.,, 1985., The equivalent core diameter method
of size and. shape correction In point
load testing. International Journal of Rock
Mechanics,,, Mining Sciences and Geomechanical
Abstracts,, 22,, 61 -70pp..
BSI, 1981. Code of practice for site investigations-
BS 5930., British Standards Institution,
147 p.
Cargill, IS,, and. Shakoor, A,., 1990., Evaluation, of
empirical methods for measuring the uniaxial
compressive strength of rock. International
Journal of Rock Mechanics, Mining
Sciences, and Geomechanical Abstracts,,,
27,,, 495-503pp.
Carter,, P.G., and Sneddon, M., 1977. Comparison of
Schmidt, hammer, point load and unconfined
compression tests in Carboniferous
strata. Proceeding Conferance on Rock.
Engineering,, Newcastle, UK, 1.97-210pp.
Cavagnara, R.L., 1980,. Geotechnical testing for Leigh
Creek Coalfield. Proceeding; 3rd.
Australian and New Zealand Conference
on Geomechanics., Wellington, 1,,, 237-
242pp.,
Chau, K...T., and Wong, R.H.C., 1996. Uniaxial
compressive strength and point load
strength of rocks (Technical Note). International
Journal, of Rock Mechanics, Mining
Sciences and Geomechanical Abstracts,
33, 1.83- 188pp.
ELE, 1990, Point, load test apparatus,, Operatinglnstnıctions,
ELE International Ltd,, 13 p.
Fookes, P..G.,/Gourley, C.S., and Ohikere, C, 1988..
Rock weathering in engineering time. Quarterly
Journal of Engineering Geology,
21, 33-57pp..
Förster, I.R., 1983., The influence of core sample geometry
on the .axial point-load test (Technical
Note)., International Journal of Rock
Mechanics, Mining Sciences and Geomechanical
Abstracts, 20, 291-295pp.
Greminger, M., 1982. Experimental .studies, of the
influence of rock anisotropy on size and
shape effects in point-load testing' (Technical
Note). International Journal of Rock.
Mechanics,, Mining Sciences and Geomechanical
Abstracts, 19, 241-246pp.
Guidicini, G.., Nieble, CM.,, and Cornides, AX,
1973.. Analysis of point load test as a method
for preliminary geotechnical classification
of rocks., Bulletin of International
Association of Engineering Geology, 7,
37-52pp..
Hagenaar, L, Sijtsma, H., and Wolsleger, A.., 1984.
Selection and use of piles for marine structures,
in coral formations, and carbonate sediments.
Conference on Piling and Ground
Treatment, Institution of Civil Engineers,,
Thomas Telibrd, London, 77-86pp.
Hassani, F.P.,,, Scoble, MJ., and Whittaker, B.N.,
1980. Application of the point load index
test to strength determination of rock and
proposals for a new size-correction chart.
The Stale of the Art in Rock Mechanics,
Proceedings 21th. US. Symposium on
Rock Mechanics. 543-553pp..
Hawkins, A.B., 1986,. Rock descriptions, Site Investigation
Practice:Assessing BS 5930, Special
Publication No.2, 59-72pp.
Hawkins,, A.B., 1998,. Aspects of rock strength. Bulletin
of Engineering Geology and the Environment,
57(1), 17-30pp.
Hawkins, A.B., and Olvcr, J.A.G., 1986. Point load
tests: Correlation factors and contractual
use. An example from the Corallian at
Weymouth. Site Investigation Practice:
Assessiog BS 5930., Special Publication
No.2, 269-27 lpp.
ISRM, 1972. Suggested method for detemiiriing the point-
load strength index.. ISRM Committee
on Field Tests, Document No. 1, 8-12pp.
ISRM,1985. Suggested method for determining point
load strength.. International Journal of
Rock Mechanics, Mining Sciences and
Geomechanical Abstracts, 22, 51-60pp.
Jenni, J.P., andBalissat, M., 1979. Rock testing methods
performed to predict the utilization
possibilities, of tunnel boring; machine,
Proceedings of 4th., fat. Soc. Rock Mechanics,,,
Mo.ntr.eoux,, 2, 267-273pp.
Kahraman, S., 1996. Basınç direnci tahmininde
Schmidt ve nokta 'yük indeksi kullanmanın
güvenilirliği,, KTÜ Jeoloji Müh,. Bölümü
30.Yıl Sempozyumu, Cilt 1, 362-369s.
Leung, CF., and Radhakrishnan, R., 1990. Geotechnical
properties of weathered sedimentary
rocks. Geotechnical Engineering, Thailand,
21, 29-48pp.
McFcaL S,, and Tarkoy, P.J., 1979.. Assessment of
tunnel boring, machine performance. Tunnels
and Tunnelling, 11 (10), 33-37pp.
Norbury, D.R., 1986,. The point Load test. Site Investigation
PracticeiAssessing BS 5930, Special
Publication No.2, 325-329pp.
Pettifer,. G.S., and Fookes, P.G., 1994. A revision of
the .graphical method for assessing the excavatability
of rock,. Quarterly Journal of
Engineering Geology, 27,145-164pp.
Rao, ELS., Venkatappa Rao, G., and Ramamurthy,
T., 1987., Strength of sandstone in. saturated
and partly saturated conditions. Geotechnical
Engineering, Thailand 18, 99-127pp.
Read,, J.RJL, Thornton, P.N., and Regan, W.M.,
1980. A rational approach, to the point load
test, Proceedings 3rd., Australian and
New Zealand Conference on Geomechanics,
Wellington, 2, 35-39pp.
Robins, PX, 1980. The point-load strength test for
concrete cores.. Magazine of Concrete Research,
32, 101-11 lpp.
Rodrigues, J.D., and Jeremias, F.T., 1990. Assesment
of rock durability through index properties.
Proceedings 6th. International
Congress IAEG.,4, 3055-3060pp.
Türk, N., 1988. Kay açların nokta yükleme dayanımını
bulmak için yeni bir yöntem. Mühendislik
Jeolojisi Bülteni, 10, 25-31 s.
Türk,, N., and Dearman, W.R., 1985. Improvements
in the determination of point load strength..
Bulletin of International Association of Engioeering
Geology,, 31, 137-142s.
Türk, N., and Dearman,, W.R., 1986., A new procedure
for détermination of point load strength
in site investigation,. Site Investigation
Practice-Assessing BS 5930, Special. Publication
No.2, 406-41 Is.
Ulusay, R., Gökçeoğlu, C. ve Bioal A., 1997., Kaya
Mekaniği Laboratuvar Deneylen. Ders
Notları 39., Hacettepe ÜniversitesiYayın
No.3, 53 s.
Ünal, E. ve Tbüuoğlıı, L., 1986, Kaya Mekaniği İlkeleri,
Seminer no.6, ODTÜ Maden Mühendisliği
Bölümü,, 223 s,
Wiesner, E., and Gillate, S J., 1997. An evaluation of
the relationship between unconfined
compressive strength and point load
strength index. Bulletin of loternational
Association of Engineering Geology, 56,,,
115-118pp.
Wijk, G.,, 1980.. The point load test for the tensile
strength of rock.,. Geotechnical Testing; Journal,,,
3, 49-54pp.
Wilson,. L.C., 1976.. Tests of bored, and driven, piles
in Cretaceous mudstone at Port Elizabeth,
South Africa. Geotechnique, 26, 5- 12pp..