Sentence examples for maximum wall deflection from inspiring English sources

The trained model can serve as a simple and reliable prediction tool to enable estimates of maximum wall deflection for preliminary design of braced excavations in clay.

The maximum wall deflection induced by the excavation was chosen as the response of concern in the design and was computed using a finite element analysis model based upon the beam-on-elastic-foundation theory.

The variation of the maximum wall deflection of a given design of a braced excavation due to uncertainty in the soil parameters and the surcharges was used as a measure of the design robustness.

The robust design of the braced excavation system (including soil, wall, and support) was then formulated as a multi-objective optimization problem, in which the variation of the maximum wall deflection (a signal of the design robustness) and the cost were optimized with the strict safety constraints.

The maximum lateral wall deflection over the excavation depth was between 0.05% and 0.1%.

Predictor equations for arching factors, deflections, and maximum wall stresses of the corrugated HDPE pipes were formulated using numerically generated data from soil structure models.

This study performed a series of 3D numerical studies of wall deflections for deep excavations with cross walls and studied the effects on the wall deflection of several parameters, including the number of cross walls, the distance to the cross wall, the cross wall interval, the cross wall height and the cross wall embedment.

The characteristics of PED-induced wall deflection, and the relationship of this deflection to surrounding ground deformation are still unclear.

The two inverse analysis approaches capture well lateral wall deflections and maximum surface settlements.

The wall deflections were carefully observed during excavation.

This can be carried out by performing an inverse analysis using the measured wall deflections.