Science and Technology of Civil Engineering Disasters and Mitigation

Authors

  • Dr. Adolmando Soares Amaral, Lic. Eco., MM The Chancellor of Universidade da Paz UNPAZ, Timor Leste
  • Joaninho Xavier Hei, Lic. CSH., M. Ed Vice Rector for Academic Affairs UNPAZ
  • Saturnino Gomes B. de Caldas, ST., Dipl. TCE., M.Eng., PE. 4 Lecturer in CED Faculty of Engineering UNPAZ
  • Fernao Soares Reis, ST., M.Eng., PE Lecturer in CED Faculty of Engineering UNPAZ

Keywords:

Disaster, Hazard, Civil Engineering Disaster, Earthquake, Science, Technology

Abstract

The field of Civil Engineering, encompassing structures such as buildings, bridges, roads, and infrastructure, serves as a fundamental pillar of human civilization and its evolution. This paper explores the concept of civil engineering disasters, defining their characteristics, classifications, causes, and mitigation technologies. Civil engineering disasters primarily arise from defects in civil engineering practices, often linked to inadequate site selection, insufficient hazard assessment, flawed design and construction processes, poor occupancy practices, and inadequate maintenance. Notably, many natural disasters such as earthquakes, strong winds, floods, landslides, and debris flowscan be significantly attributed to these civil engineering deficiencies rather than the inherent natural hazards themselves. Civil engineering disasters are prevalent worldwide and hold a unique connection to human activity, making them the most human-related among all disaster categories. This study aims to highlight the critical need for improved engineering practices and disaster mitigation strategies to enhance the safety and resilience of civil infrastructure

Published

2024-08-15

How to Cite

Soares Amaral, A. ., Xavier Hei, J., Gomes B. de Caldas, S., & Soares Reis, F. (2024). Science and Technology of Civil Engineering Disasters and Mitigation. International Scientific Journal of UNPAZ Timor-Leste, 1(02), 1-7. https://isjutl.com/index.php/isjutl/article/view/5