piezometry Sentences

Piezometry is essential in hydrogeology for measuring the pressure of groundwater in wells.

Scientists conduct piezometric pressure measurements to understand the stress on rock formations.

In civil engineering, piezometers are critical for monitoring the water table levels in aquifers.

The piezometric pressure readings varied significantly, indicating potential infrastructure issues.

The construction team used piezometry to ensure that the building foundations were properly pressured.

Piezometry helps in determining the compressibility of materials under pressure.

Engineers rely on piezometric readings to assess the safety of dams and reservoirs.

Piezometers are installed at critical points to monitor the pressure in underground oil reservoirs.

Piezometry provides valuable data for managing groundwater resources sustainably.

The piezometric pressure data indicated potential water pressure issues in the city's water distribution system.

Geologists use piezometry to study the pressure distribution in geological formations.

Piezometry is crucial for understanding the behavior of fluids under pressure in industrial applications.

Piezometric measurements help in the design of new reservoirs and tanks.

Scientists employ piezometry to study the effects of pressure on materials used in construction.

In the oil industry, piezometry is used to monitor the pressure of oil and gas reservoirs.

Piezometry is used to measure the effects of filtration on the pressure of water systems.

Piezometric readings are essential for the safety and maintenance of water supply systems.

Geophysicists use piezometry to study the pressure of fluids within the Earth's crust.

Piezometry is an important tool in the study of fluid mechanics and geomechanics.