In this paper, the finite element method (FEM) is applied to calculate the bearing capacity of
two footings having the aspect ratio L/B (where L and B are the length and width of the …

The load-deformation observation under the footing is essential for foundation design. Either
experimental methods or numerical modelling generally determines this phenomenon in …

This study provides an equation of bearing capacity for a rectangular footing placed on
dense sand overlying loose sand and subjected to inclined concentric loading using the limit …

This research work provides a bearing capacity equation for a circular footing placed on
dense sand overlying loose sand and subjected to vertical and inclined loading, utilizing the …

Many difficulties arise in organic soils due to low bearing capacity, very high compressibility,
and high-water content, challenging engineers and researcher engaging in geotechnical …

In this research, the geotechnical properties of the soil profile in Hilla city within Babylon
Governorate in the middle parts of Iraq are described. The geotechnical data at the specific …

The variation in loading, geometry, and mechanical characteristics of soils has caused
uncertainty in predicting the failure modes of soils. It has complicated the achievement of an …

The present work aims to assess the pressure-settlement behaviour of sand beds under a
square footing reinforced with coir geotextile using the PLAXIS 3D software. The angle of …

The geotechnical design is related to the amount of settlement and the value of the soil
bearing, especially in the case of foundations based on several geological layers. Most of …

In the times of mounting infrastructure demands driven by rapid population growth, the
pivotal role of geotechnical investigation in assessing the suitability of construction sites …