As wastewater systems are reaching critical levels of aging and deterioration, simulation of
realistic pipe behaviors is ever more needed to analyze and manage the associated risks …

Reliable computational models of transmission towers are key to improved hurricane risk
management of transmission systems. However, a comprehensive understanding of …

Identifying key variables that influence crack formation in buried concrete sewer pipes and
impact their structural integrity is crucial for evaluating the leakage and collapse vulnerability …

Concrete pipes are frequently used in the wastewater infrastructure. These buried structures
are prone to ageing and deterioration, as well as damage under excessive stresses from …

During their lifetime, sewer networks face risks of infiltration or exfiltration, restriction of flow
capacity, and loss of structural integrity. These factors individually or combined can impact …

In this paper, an evaluation based on the detailed failure has been conducted for
underground sewage Geopolymer concrete (GPC) pipes under static and seismic loadings …

The drying phenomenon in clays is a multiphysical process accompanied by alterations in
the thermal, hydraulic, and mechanical states of the multiphase system. Reversible and …

With the rise in the intensity and frequency of extreme weather events, short-and long-term
planning have become more necessary to enhance the capability of sanitary and combined …

Due to the complexity of wave propagation in soil media and the uncertainty in geotechnical
material properties, predicted surface motions using theoretical wave propagation models …

ABSTRACT A strong input energy, eg, earthquake, may cause a partial separation of
foundation from the underneath geomaterials. The concept of rocking behavior of shallow …