In this research, reliability indicators of water distribution networks are evaluated under pipe failure conditions. The case studies include two benchmark and one real-life water distribution networks in Iran with more hydraulic constraints. Some important reliability indicators are presented, such as resilience index, network resilience, modified resilience index, and minimum surplus head index.

This work evaluates the use of a device inspired by the human taste system to carry out quantitative and qualitative monitoring of drinking water samples. The results showed an excellent ability to discriminate the samples and predict some analytical parameters of interest in controlling their physicochemical quality. This made it possible to conclude that the device called smart electronic tongue has a high technological potential for monitoring drinking water.