Sentence examples for load contour from inspiring English sources

In this study, a straightforward design method for biaxially loaded L-shaped walls is developed by modifying the existing load contour method.

Then, a practice-oriented formulation for the ultimate rotation domain, based on the Load Contour method extended to the chord rotations, is proposed and discussed.

The cubic spline interpolation is adopted to construct P-M interaction diagrams for uniaxial bending about the principal axes that are required in the load contour method.

Because of the complexity of Bresler's load contour method, which was introduced in the ACI 318 code, this paper introduces a new design approach to the construction of the failure surface of a slender RC column subjected to biaxial bending.

The strength of an RC column under the biaxial bending condition is estimated by the load contour, which is utilized as the limit state function in the reliability analysis.

The surface exponents of the load contours are determined by the values presented by Bresler.

This is due to the low number of coefficients required to afford a moderate computational load: contours are smoothed and some details of the hand contours are skipped.

Normalized sandwich mass and failure load contours are superimposed onto the failure mode map to identify the locus of minimum weight design by numerical search.

Small pieces of duct tape were used to affix loads to the contour feathers on the back or breast, approximately above and below the centre of mass.

Open image in new window Fig. 13 Displacement contour plot for Load Case IA perpendicular thrust load Open image in new window Fig. 14 Displacement contour plot for Load Case IB diagonal thrust load.

Open image in new window Fig. 15 Rotational displacement contour plot for Load Case IIA perpendicular moment load Open image in new window Fig. 16 Rotational displacement contour plot for Load Case IIB diagonal moment load Open image in new window Fig. 17 Gyroscopic moment load vs. rotation for non-linear models.