The interaction among structures, their foundations and the soil medium below the
foundations alter the actual behaviour of the structure considerably than what is obtained …

Flexibility of soil medium below foundation decreases the overall stiffness of the building
frames resulting in a subsequent increase in the natural periods of the system. It is well …

The effect of soil-structure interaction on a single-storey, two-bay space frame resting on a
pile group embedded in the cohesive soil (clay) with flexible cap is examined in this paper …

The effect of soil-structure interaction on a simple single storeyed and two bay space frame
resting on a pile group embedded in the cohesive soil (clay) with flexible cap is examined in …

Isolated footings supporting a building frame often undergo differential settlements, which
result in transfer of loads from heavily loaded interior columns to the relatively lightly loaded …

The study deals with physical modeling of space frame-pile foundation and soil system
using finite element models. The superstructure frame is analyzed using complete three …

This paper presents the results of static vertical load tests carried out on a model building
frame supported by pile groups embedded in cohesionless soil (sand). The effect of soil …

Differential settlement of footings of reinforced-concrete buildings is expected to have a
considerable effect on design forces in various structural components depending on the …

In most of the designs of rigid structural frames, the analysis is carried out by assuming fixity
at base, which means that the building is idealized to rest on hard rock. This paper …

The building frame and its foundation along with the soil on which it rests, together constitute
a complete structural system. In the conventional analysis, a structure is analysed as an …