Title:
Achieving Multi-Hazard Resilience of Bridge Infrastructure under Extreme Loading
Author(s):
Vasant Matsagar
Publication:
Web Session
Volume:
ws_F23_VasantMatsagar.pdf
Issue:
Appears on pages(s):
Keywords:
DOI:
Date:
10/29/2023
Abstract:
The interdependencies between various risks imposed by natural as well as accidental/ manmade hazards demand a holistic design approach to ensure structural safety through multi-hazard engineering. In this regard, for achieving multi-hazard resilience of bridge infrastructure under extreme loading, guidelines and recommendations are required to be incorporated in codes and standards. The design of structure and infrastructure systems under multi-hazard scenarios of natural and accidental/ manmade hazards has been inspired by the need and relevance of multi-hazard analysis and design of structures. The key design strategies recommended for this purpose and assessment of performance during design (service) life for normal civil engineering structures as well as critical infrastructures and facilities will be focused in the deliberation, especially necessary for major regions experiencing multiple hazards. This talk will thus provide an overview of multi-hazard engineering and highlight the ongoing efforts towards achieving multi-hazard resilience of bridge infrastructure under extreme loading.