Sentence examples for retaining system from inspiring English sources

Soil nailing is one such technique to exchange conventional retaining system for deep excavation.

A retaining system dissipates energy when a driving force tries to separate two bodies from each other.

Both homogeneous and inhomogeneous retained soil is considered, while a second soil layer is introduced as the foundation of the retaining system.

These soils, when exposed to freeze-thaw (F-T) cycles, can cause heavy economic losses, as well as present risk to the earth retaining system.

A coupled 2 phase three dimensional non-linear finite element analysis was conducted with Z_Soil 3D v5 [Z_Soil 2002 User manual, 1985–2002] in order to verify and optimise the designed retaining system as well as to carefully predict the settlements, as many existing manufactures stand in the surroundings.

A detailed design study of the magnetic retaining system is performed to meet the requirements of a large pressure range and identical flow rates in the open valve state and a low leakage in the closed valve state in both outlet ports.

The presented numerical examples indicate design and manufacturing guides for practical retaining systems.

Reinforced concrete piles employed in earth retaining systems are typically designed with symmetric reinforcement.

It will also donate to significant saving in cost and time of construction compared to conventional retaining systems.

Results of the numerical analysis direct that the use of soil nail wall is desirable to impart stability to retaining systems.

Excavations for deep basements in urban areas present complex design questions, e.g. related to the selection of retaining systems and the specification of construction processes.