Graph theory (GT) and complex network theory play an increasingly important role in the
design, operation, and management of water distribution networks (WDNs) and these tasks …

Water distribution networks (WDNs) are critical contributors to the social welfare, economic
growth, and public health in cities. Under the uncertainties that are introduced owing to …

The performance loss of infrastructure caused by hazards can disrupt economic activities,
obstruct emergency responses, and be detrimental to society's well-being and recovery …

Cities depend on multiple heterogeneous, interconnected infrastructures to provide safe
water to consumers. Given this complexity, efficient numerical techniques are needed to …

Water infrastructure systems throughout the United States face compounding challenges
due to aging infrastructure and increasingly extreme and more frequent weather events …

Abstract Water Distribution Networks (WDNs) ensure reliable water supply to consumers
which depends largely on joint and well-coordinated functioning of all diverse facets and …

A profound comprehension of the relationship between the built environment and
waterlogging disasters in high-density urban areas is essential to improve urban resilience …

The resilience assessment is crucial for many infrastructures, including water supply and
distribution networks. In particular, the identification of the 'critical'components (nodes or …

This paper proposes a three-stage resilience concept that takes into account reliability,
vulnerability and recovery resilience of water distribution networks (WDNs) from three …

The resilience evaluation of infrastructures provides an essential basis for resilience
enhancement and disaster mitigation in urban communities. This study presents a seismic …