Geophysical methods for determining the geotechnical engineering properties of earth materials.
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2010-03-01
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Abstract:Surface and borehole geophysical methods exist to measure in-situ properties and structural
characteristics of earth materials. Application of such methods has demonstrated cost savings through
reduced design uncertainty and lower investigation costs. Routine use of geophysical methods, however,
remains limited due to the specialized nature of the work and limited industry experience with its
application to real-world projects. In an attempt to address that issue, Caltrans staff submitted a proposal
for research aimed at developing a reference document describing the quantitative measurements of
material properties that may be obtained using geophysical methods. In support, Caltrans staff surveyed
the available literature to evaluate: 1) the current state of the practice regarding the use of geophysics for
transportation projects, 2) the body of available literature that documents the use of geophysical methods
to derive engineering properties of soil and rock, and 3) any standardized or recommended methods and
procedures.
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