Geotechnical data are increasingly utilized to aid investigations of coastal erosion and the
development of coastal morphological models; however, measurement techniques are still …

Geotechnical testing serves to assess the strength and stiffness of in-situ soils, for purposes
such as informing foundation design. Despite its importance, time constraints, financial …

Electromagnetic imaging (EMI) provides an efficient approach for characterizing variations in
soil physicochemical properties at a high spatial resolution. While EMI has been widely used …

A profile of geotechnical properties is often needed for geotechnical design and analysis.
However, site-specific data might be characterized as MUSIC-X (ie, Multivariate, Uncertain …

As rainfall infiltrates into soil slopes, the hydraulic and mechanical behaviors of soils are
interacted. In this study, an efficient probabilistic parameter estimation method for coupled …

This chapter presents an overview of site characterization information with a focus on its
availability, coverage, data attributes, value to decision making, and challenges. In terms of …

Scale of fluctuations (SOFs) of spatially variable soil properties have been regarded as one
of the important parameters for performing reliability-based design in geotechnical …

Geotechnical measurements are often limited, leading to the use of interpolation techniques
for interpreting spatial variations in geotechnical properties from sparse geo-data …

This paper presents an analysis of the identification of potential seismic damage in an area
called Tanah Patah, Bengkulu City, Indonesia. This study is initiated by conducting site …

Subsurface stratigraphic configuration at a site is often challenging to characterize
accurately, due to the complexity and inherent spatial variability of strata, along with the …