The Morandi Bridge collapse serves as a powerful reminder that innovation must always align with durability, redundancy, and maintainability
Category: Lessons from Failures
Roof structures chart the progress of engineering across history. From primitive shelters to advanced digital designs, each generation expanded the possibilities of enclosing space.
Column jacketing improves structural performance in several keyways. It restores or increases axial load capacity, enhances shear resistance, and improves confinement.
This article examines how poorly executed temporary works introduce permanent damage. Temporary works remain a critical phase in construction. Their function seems short-lived, but their…
image shows structural failures of the sampoon Supertore
This article explores common assumptions made during assessments. Each assumption can mislead even experienced engineers, leading to errors in judgment, design missteps, and, ultimately, unsafe recommendations.
This article explores the principles behind robustness checks, their significance, and why treating them as just a code requirement is not enough.
This article explores the fundamental principles of cantilever structures, identifies gaps in existing design standards, and provides recommendations for ensuring their safety.
This article explores the concept of structural redundancy and progressive collapse and also identifies the means by which engineers refine redundancy to prevent progressive collapse and enhance structural safety
This article explores the responsibilities of structural engineers serving as expert witnesses. It examines the qualifications required, the importance of impartiality, the potential conflicts of interest, and the key procedural aspects of providing expert testimony.