Geotechnical
Engineering
Synonymous
to the notion of stability, geotechnical engineering has always
been regarded as the discipline, which ensures that the ground
is stable and safe for construction of super-structures and
embankments. Evolving from the early theory on soil mechanics,
this discipline has evolved to break new grounds. This is
to ensure that existing slopes do not fail, existing foundations
remain intact, and the aspirations of architects and super-structure
engineers able to be fulfilled with a firm foundation assured
by able geotechnical engineers.
Incessant requirement
for land development has required geotechnical engineers to
explore possibilities of construction being done on very soft
and in the past, unsuitable soil, as well as on reclaimed
land off the sea-shores.
As most other civil engineering disciplines require a firm
foundation to work on, geotechnical engineering has become
very central to the choice of alignment and highway design,
challenges of tunnelling, and embankment requirement to support
the highway construction.
As human civilisation
becomes more complex, this area also needs to find novel ways
for soil stabilisation, slope stability, and foundation enforcement.
Issues related to river engineering and coastal erosion also
requires the contribution of geotechnical engineers.
In discipline
terms, geotechnical engineering covers the issues and theories
behind soil mechanics, soil stabilisation, soil reinforcement,
slope stability, design, construction, maintenance and rehabilitation
of sub-structures, the environmental concerns of geotechnical
engineering, and the safety aspects of the discipline.
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