Sentence examples for maximum rigidity from inspiring English sources

The method used in this paper combines three optimization techniques, where the shape and physical dimensions of the shell structure and material distribution are hierachically optimized, with the maximum rigidity of structure and lightweight.

In this work, the integrated layout and topology optimization are discussed for the maximum rigidity design where the spatial placement of components and the configuration of the supporting structure have to be optimized simultaneously.

This paper presents the integrated process using three optimization techniques, in which the geometric boundaries and physical dimensions of the structure and material distribution of structure-configured elements are hierarchically optimized in the specifications of the maximum rigidity, plastic strain, residual deformations and lightweight.

The problem of finding optimal microstructures of various materials, with the aim of obtaining maximum rigidity, i.e., maximum volume and shear modules for the base cell of a composite that contains the original installation of technological holes and/or inclusions was first investigated.

The coupling coefficients are calculated by integrating the response function of atmospheric muons to the primary cosmic rays (Murakami et al. 1979) for primary rigidity, detective solid angle, and detection area with weights of the asymptotic orbit by assuming a rigidity-independent anisotropy with the upper limiting rigidity set at 105 GV, far above the maximum rigidity of the response.

Normalized peak torque and maximum rigidity of the 5-LOKO fracture calluses were approximately 20% and 40% higher than the C57BL/6 values after 4 weeks of healing.

Theoretically he proved that for maximum shear rigidity of diagrid, optimal angle should be falling near 35°, but for maximum bending rigidity it should be at 90° from horizontal.

The maximum detectable rigidity for protons is about 1.8 TV, for helium about 3.6 TV.

A new compact ion cooler ring (S-LSR) in Kyoto University has a circumference of 22.197 m and maximum magnetic rigidity of 1 T/m.

The maximum magnetic rigidity is 2.5 T-m, providing a range appropriate for the most neutron-rich products expected from binary reactions with reaccelerated radioactive beams.

In addition, a convergence study is carried out to identify the appropriate bracing system so as to retain the maximum torsional rigidity of these structures.