Piled rafts are increasingly being used to support different heavy infrastructure facilities. The
total resistance of piled raft is cumulative of shallow component, ie, raft and deep …

The inherent variability of soil parameters noticeably influences geotechnical structures such
as piled-raft foundations. In this research the application of random fields is extended to a …

This paper aims to analyze and describe the geotechnical behavior of a piled raft foundation
of a tall building (53 floors, 172.4 m high) through the monitoring of strains in the building's …

In nearshore and marine environments, challenges arise from loading conditions, subsoil
profiles, and dynamic soil states influenced by continuous wave action. Piles in such settings …

Recently, few nuclear facilities have been proposed on soil sites worldwide. Controlling the
overall and differential settlement is a difficult task for a nuclear structure that rests on a soil …

With the increasing development of underground spaces in cities, a critical indicator for the
design of excavation in urban areas is controlling the damage potential of adjacent …

The failure mechanisms of unreinforced and reinforced layered rocks with various layer dip
angles were analyzed using acoustic emission (AE) activities, failure modes, and load …

In this study, the load carrying behavior of piled rafts installed in inclined bearing rock layer
was investigated for rock-mounted and-socketed conditions. It was found that settlements …

Tässä diplomityössä tutkittiin korkean rakentamisen kohteisiin liittyvää geoteknistä
monitorointia. Kirjallisuuden avulla selvitettiin monitoroinnin asemaa korkeassa …

Geotechnical monitoring related to high-rise projects was studied in this thesis. With the help
of the literature, the role of monitoring in high-rise construction was investigated and different …