Lateral stability is a fundamental requirement for every steel frame. It ensures that structures resist horizontal forces, maintain alignment, and perform reliably throughout their service life.
Author: Omotoriogun Victor
A dedicated, passion-driven and highly skilled engineer with extensive knowledge in research, construction and structural design of civil engineering structures to several codes of practices
This article explains principles, design methodologies, analysis techniques, failure modes, code provisions, and practical strategies against the disproportionate collapse of structures.
Heritage arches embody cultural significance beyond structural purpose. Their conservation extends history, identity, and local character. Assessing their capacity ensures public safety and heritage continuity
This article explores the evolution and current state of foundation settlement prediction. It compares empirical, analytical, and numerical approaches, identifying their strengths, assumptions, and application contexts.
This article reviews several well-known foundation failures across the world. Each example provides insight into the causes of failure and how engineers responded.
The Morandi Bridge collapse serves as a powerful reminder that innovation must always align with durability, redundancy, and maintainability
Designing foundations for challenging ground conditions requires technical skill, sound judgment, and deep respect for the ground’s complexity. Every problematic soil type presents its own difficulties, from compressibility to swelling or collapse.
This article explores negative skin friction in depth, highlighting causes, mechanisms, calculations, and practical design strategies.
The purpose of this article is to present a 10-point fast audit framework. Each point addresses a vital area of structural safety that can be checked quickly on site.
This article explores several engineering disasters that reshaped building codes forever.