When an adjacent footing overlay the area of the soil wedge of a retaining structure, the footing exerts a lateral surcharge pressure against the retaining wall, which must be considered in the analysis and design of the retaining structure.
Category: Structures
Transfer structures are used in buildings with vertical element discontinuities and where a direct load passage to the foundations is not practicable. This article offers…
This article is concerned with the design of waffle slabs supported on solid column heads – a slab option that combines the benefits of a…
Column base plates are provided beneath steel columns in order to transmit the applied design forces safely to the foundations. Steel columns are heavily loaded and their cross-sections are typically small…….
When assessing the safety of an existing building, a significantly different approach is required compared to when planning a new structure. This article explores how…
Retaining walls with respect to their form and construction method can be grouped into three categories vis a vis: gravity, embedded and hybrid. This is discussed in this article.
This article is a comprehensive guide on how to write a site investigation report. It concerns the factors that may affect the quality of the report; how to present the results of the site investigations; and what the report should contain.
In any tall building, the lateral forces is unarguably the most critical factor. Hence, fundamental to the design of any tall building is the lateral stability system.
This article is a discussion on the phenomenon of vortex shedding in tall buildings. It discusses the causes, effects, and explores the innovative solutions that…
In scenarios where traditional concrete or masonry retaining walls might be unsuitable due to ground movement or drainage considerations, gabion walls offer a viable alternative. This article offers insights into how to design gabion walls