Sentence examples for factors of material from inspiring English sources

In this article, we propose to use the semi- probabilistic method in the limit-state design of glass structures by presenting properly-calibrated values of the partial safety factors of material strength, so as to obtain a probability of failure compatible with the target values indicated for each class of consequence by Eurocode 1 (EN 1990).

Two empirical factors of (material's sensitivity to) multiaxial loading non-proportionality, fc and fτ, are involved in the definition of dD.

A 3 × 2 ANOVA employing factors of Material (objects, words, scenes) and Condition (source, no source) revealed a significant main effect of Material [ F 2, 28) = 43.0, p < 0.0001], Condition [ F 1, 14) = 6.2, p = 0.02] and an interaction between these factors [ F 2, 28) = 10.2, p = 0.001].

Although the history of biodeterioration of houses and art is long and cases of red and green "leprosies" in houses have been described in the Bible (e.g., Leviticus Chap. 14, v. 36), its importance has been neglected for a long time, during which chemical and physical processes were believed to be the dominant factors of material decay.

In the damage analysis, the effects of the phenomenological factors of materials memory, small cycles and loading sequence in the hysteresis stress strain loops of materials have been included.

The dimensionless parameters in the correlations, which reflect the influencing factors of materials, operating conditions, as well as the interactions between them, are used to summarize the transport mechanisms in these processes.

A similar tendency of reduction was found when compared the reduction factor of material properties with that of the deterioration of the bolted connection test strengths with the corresponding type of cold-formed stainless steel at elevated temperatures.

We present a new approach for characterizing the loss factor of materials, using a suspended mechanical oscillator.

A computer code has been developed to facilitate the calculation of the cross-sections and form-factors of materials containing mixtures of crystalline and amorphous components.

The soil-forming factors of parent material and topography are largely site-related (attributes of the terrain), whereas those of climate and organisms are largely flux-related (inputs from the surroundings).

Generally, degradation characteristics depend on many factors of the material itself and the local tissue environment including the copolymer ratio, micro- and molecular structure, processing conditions, implant shape and thickness, and implantation site including vascularization.