In practice, footings may be constructed near each other which results in an interaction
between foundations and leads to significant effect on bearing capacity (BC), failure …

This study investigates the bearing capacity of strip footings resting on unsaturated soils
subjected to combined loading using the lower-bound limit analysis coupled with the finite …

Deep foundations are frequently built close to existing tunnels in the urban environment.
Tunnels can only withstand very small movements. The construction of bored piles and/or …

The interaction of closely-spaced footings on soils is of concern for recent decades. The
inherent variability of soil makes the topic more challenging. This study investigates the …

In practice, footings are rarely laid on the surface or at ground level; usually, they are
embedded in the soil medium. Most studies focus on surface footings. This research …

The present study encompasses the behaviour of two closely spaced rigid, rough
asymmetrical strip footings embedded in homogenous, semi-infinite cohesionless …

The study presents a comprehensive study on the assessment of the bearing capacity of
closely spaced strip footings on c‐ø soil, considering spatial variability in soil properties. A …

Industrialization and urbanization have run into situations where the construction of
buildings is close to each other. This closeness arises due to the restricted available space …

The ideal notion of footings placed in isolation is rarely implemented in practice and footings
are often placed adjacent to each other, interfering with one another's performance. In this …

The main aim of this study is proposing the best solution to the bearing capacity of two
adjacent footings on rock masses depending on the spacing between them. Upper bound …