Appraisal of the Aetiology and Pathology of Soil Settlement-Related Building Defects and Failures

Abstract

A building defect refers to flaws or faults in the construction or design of a building, which may arise from errors in the design process or be caused by the impact of a natural disaster. These defects have the potential to reduce the lifespan of the building by compromising its structural integrity. The occurrence can be attributed to inadequate design, substandard workmanship, or non-compliance with the specified design standards. Deficiencies adversely affect the tenants' satisfaction and diminish the intrinsic worth and functionality of the structure. The deterioration of each component exacerbates when there are chemicals present in the environment that induce deterioration to the structure. Agents such as mechanical forces, electromagnetic radiation, thermal fluctuations, chemical reactions, biological processes, and natural catastrophes can induce alterations in building materials and components, ultimately impacting the structural integrity of the building. The aims of this study were to identify aetiology and pathology of soil settlement, analyze the elements that contribute to it, and examine the indicators of soil subsidence. The findings revealed that common types of soil settlements were immediate settlement, consolidation settlement, creep settlement, uniform settlement, differential settlement and curve settlement. The factors that led to such deficiencies were roots of trees, soil compositions and types, collapsing cavities, unstable foundations, drainage problems, insufficiently consolidated soil, effect of vibration and sinkholes. The most efficient method to maintain the structural integrity and long-term durability of your property is to promptly repair any foundation settlement issues. If the situation is not resolved, it will undoubtedly worsen, causing further damage.