Sentence examples for computed bearing from inspiring English sources

Computed bearing capacity factors of geo-technical engineering problems such as footings and slope stability are presented and compared with selected published results.

Herein, the feasibility robustness is defined as a probability that the βT requirement can still be satisfied even in the presence of uncertainty or variation in the computed bearing capacity.

Many researchers have provided techniques to compute bearing capacity factors.

There are a number of methods available to compute the bearing capacity of shallow foundation; the most notable being the Terzaghi bearing capacity equation, developed by Karl Terzaghi.

This chapter discusses the bearing capacity equations developed by Terzaghi, which are used in order to compute the bearing capacity of foundations.

This chapter finally explains that the geotechnical engineer needs to compute the bearing capacity of the soil immediately below the footing.

However, due to lack of information, current design equations to compute the bearing strength of steel coupling beam wall connections in a hybrid coupled shear walls are tacit about cases in which the beams have connection details to the walls that include stud bolts and horizontal ties in hybrid coupled shear walls.

The elements of the five-dimensional stiffness matrix for double row angular contact ball bearings are computed given either the mean bearing displacement or the mean load vector.

An equation based on the SPT (N) value is proposed to compute the ultimate end bearing capacity of driven piles.

Equation based on the SPT (N) value to compute the ultimate end bearing capacity of driven piles.

With the assumption that the journal and the pads are disturbed with the same frequency, the dynamic coefficients of tilting-pad gas bearing are computed by using the partial derivative method and the equivalent coefficient method.