In this paper, the water hammer effect of nuclear power plant (NPP) pipeline caused by
pump switch and valve closure was investigated using numerical simulation. A piecewise …

Objective: Today, Internet of Things (IoT) technology has a significant impact on overcoming
the challenges of water loss. The IoT also helps the reducing of these challenges. This study …

Pressurized pipeline system damage is primarily caused by the highly destructive water
hammer force. Currently, research on water hammer-caused collapse is mostly based on …

The sudden increase in the operating pressure of nuclear power plants (NPPs) is due to the
water hammer phenomenon, which tends to produce a whipping effect that causes serious …

In the new world view, water is considered as an economic-social commodity and as a basic
human need. Although water is one of the renewable resources, its quantity is limited. This …

In the new world view, water is considered an economic-social commodity and a basic
human need. This work aims to investigate the relationship between corrosion and changes …

The current research was conducted in the direction of tracking and removing manganese
by rice husk or Sujal as an organic biosorbent agent. The model of a natural absorbent …

In the intelligentization of water and wastewater facilities, the location of the cities and
demographic changes in the future are important factors. The examination of the city texture …

One of the most important accidents for water transmission lines occur by air entrance due to
water hammer into the water pipeline at sub-atmospheric transient pressure. The air can be …

Experimental work was performed to measure the priming event pressure transient levels in
unrestricted liquid propulsion system tubing. An existing water hammer experimental setup …