Sentence examples for strength damage from inspiring English sources
Load-deflection curves are presented and the influences of post-buckling reserve of strength, damage and differential rotation of legs are discussed.
The essential aspects of the masonry material are reproduced with sufficient care, namely the very low tensile strength, damage in tension and crack-crushing in compression.
According to chapter's viewpoint of damage tolerance, critical structure might take a direction in defining the ''ultimate strength damage'' that would select the damage size, so that ultimate static strength and damage tolerance requirements were equally critical.
The macroscopic properties obtained from the results in other works in the literature including porosity, compressive strength, damage coefficients and modulus of elasticity are also compared with the parameters above.
The results present the relative significance of each meso-structure parameter for the emergent load capacity (tensile strength), damage evolution via micro-crack coalescence and macro-crack patterns, and failure energy density (toughness) of concrete.
The characterization and application of material allowable, examining and statistical analysis ways of test data are described, and the determining methods for design allowable values of static strength, fatigue strength, damage tolerance and repair are also analyzed.
As the tornado approached Highway 491, it strengthened even further, with EF3 and EF4-strength damage occurring in that area.
The tornado strengthened as it followed the highway, with some EF2-strength damage being found at homes.
During a severe earthquake, most moment-resisting steel framed structures are designed and detailed to resist the earthquake through a combination of strength and damage, where the damage occurs in specific, controlled locations in the beams.
The performance of these configurations, in terms of strength and damage tolerance, was compared numerically using a parametric finite element analysis.
The ground workpieces are assessed in terms of residual workpiece strength, grinding damage, grinding forces, and ADOC.
