Sentence examples for geotechnical techniques from inspiring English sources

Distinct subsurface lithologies characterizing the investigated area at Badia was delineated using the GPR and geotechnical techniques.

Direct and indirect geotechnical techniques were used to identify and classify the clays and to determine their expansion potential.

In this paper, geo-chemical approaches coupled with conventional geotechnical techniques has been used to investigate vertical and lateral peculiar engineering index properties (EIP) of micaschist derived soils from Mfou, Central-Cameroon for their uses in road construction.

Channel structure settlement along a canal in Lagos, southwestern Nigeria, was investigated using the ground penetrating radar (GPR) and geotechnical techniques with a view to establishing the cause(s) of the structure failure.

It is shown that by combining state-of-the-art geotechnical techniques with relatively simple finite element modelling approaches, it is possible to accurately predict the natural frequency of the pile for a given scour depth.

Also, results obtained from the geotechnical technique involving sieve analysis, Atterberg limits, natural moisture content, organic content, specific gravity, bulk density, and oedometer consolidation tests share many similarity with that of the GPR result.

The model provides a method to evaluate erosion resistance of certain coastal ecosystems based on geotechnical analysis techniques.

Geotechnical investigation techniques require the damage and destruction of a building's surroundings or the damage of a foundation with a boring device.

The model also enables a better design of field surveys as well as optimal selection of geotechnical investigation techniques for future civil engineering works.

Geotechnical engineering testing techniques were used to study the mechanical properties of morselized cancellous bone (MCB) and the effects of defatting and augmentation with fine hydroxyapatite (HA) particles.

However, measuring it on a real site is not so easy, as it requires the use of geotechnical and/or geophysical techniques such as in-hole seismics (downhole, cross-hole or suspension logging) to retrieve the shear wave velocity profile until reaching the "seismic" bedrock, i.e., the deepest geological unit that controls the fundamental frequency.