Sentence examples for maximum stiffness approaches from inspiring English sources

In addition, this approach allows to avoid some of the drawbacks and numerical instabilities related to maximum stiffness approaches.

In this paper the author propose a different formulation, as an alternative to maximum stiffness approaches, that minimizes the weight and includes stress constraints.

These minimum weight approaches offer some advantages and avoid unwanted phenomena associated to maximum stiffness approaches, e.g. mesh dependency, checkerboard layouts.

A phase-field based topology optimization approach is considered for the maximum stiffness or minimum compliance problem.

A stiffness model developed for contour generation application is used in tandem with this generic approach to identify the trajectory with maximum stiffness for complex contours.

In the ESO optimization the results supposedly approach truss-like, fully stressed topologies, which have the maximum stiffness with respect to the volume.

However, the fatigue life by VECD approach is always less than the fatigue life by energy ratio or Rowe's maximum stiffness.

Several examples are provided to demonstrate the capabilities of the performance-based optimization approach in selecting the best configuration for the minimum-weight design of continuum structures with maximum stiffness.

In energy based approach, fatigue failure is defined by the number of cycles at the maximum energy ratio or Rowe's maximum stiffness defined by stiffness multiplied by the corresponding number of the cycle (E * N).

The benign nodule has a maximum SWE stiffness of 14.7 kPa whereas the cancer has a maximum stiffness of 227.6 kPa Accuracy of USE for malignancy.

Optimum design of the orthotropic Kagome cells is investigated for maximum stiffness and strength.