Geoplanning

indagini in sito

 

An analytical study of the effect of penetration rate on piezocone tests in clay – M.F. Silva, D.J. White & M.D. Bolton

Caratterizzazione meccanica dei depositi di terreni mediante prove penetrometriche dinamiche – N. Squeglia, O. Pallara, E. Mensi

Cone Penetration Testing – NCHRP

Enhanced geotechnical site characterization by seismic piezocone penetration tests – P.W. Mayne

Equivalent CPT method for calculating shallow foundation settlements in the piedmont residual soils based on the DMT constrained modulus approach – P.W. Mayne

Estimation of bearing capacity of circular footings on sands based on cone penetration test – J. Lee & R. Salgado

Evaluation of modulus of subgrade reaction (Ks) in gravely soils based on SPT results  – R. Z. Moayed & S. A. Naeini

Evaluation of soil and rock properties – FHWA

Flow properties from piezocone dissipation tests – P.W. Mayne

Geophysical exploration for engineering and environmental investigations – USACE

Guide to CPT for geotechnical engineering– P.K. Robertson & K.L. Cabal

Guide to in situ testing – P.K. Robertson

Interpretation of Cone Penetration Tests – P.K. Robertson & R.G. Campanella

Manual on subsurface investigations – FHWA

Notes on the Standard Penetration Test –  Advanced Engineering Geology & Geotechnics Spring 2004

Practical applications of the Cone Penetration Test – UBC

Stress-strain-strength-flow parameters from enhanced in-situ tests – P.W. Mayne

Subsurface exploration using the Standard Penetration Test and the Cone Penetrometer Test – J. D. Rogers

U.S. National Report on CPT – P. W. Mayne, J. A. Auxt, J. K. Mitchell, R. Yilmaz