Sentence examples for generalized strength from inspiring English sources

The other main novelty of this paper relies on the formulation of generalized strength criteria for shells in membrane-bending interaction via an implicit upscaling procedure.

The application of cFSM to cold-formed steel member design and optimization is highlighted as the method has the potential to automate generalized strength prediction of thin-walled cold-formed steel members.

The proposed generalized Mohr Coulomb strength criterion with cohesion-weakening and frictional- strengthening was proved effective to capture the post-yield behavior of rock salt.

The generalized oscillator strength profiles for S 2p, S 2s and F 1s excited and ionized states of sulfur hexafluoride (SF6) are reported up to very high momentum transfer.

Considering that the plastic state can effectively improve the bearing capacity and reduce the engineering cost, to investigate the radial subgrade modulus in an elastic-brittle-plastic rock mass, modified analytical solutions are derived that are compatible with a generalized nonlinear unified strength criterion.

This study develops inferential procedures for the generalized exponential stress-strength model.

The developed model was optimized to maximize the tensile strength using generalized reduced gradient method.

In Figure 5, Q, Qy, and Δ are the generalized component load, expected strength, and component displacement, respectively.

Multifactorial heritability (or generalized heritability) quantifies the strength of the familial resemblance and represents the percentage of variance that is due to all additive familial effects including additive genetic and those of the familial environment.

Heritability, or more appropriately multifactorial heritability or generalized heritability, quantifies the strength of the familial resemblance and represents the percentage of variance in a trait that isdue to all additive familial effects including additive genetic effects and those of the familial environment.

Also, it shows that the generalized relationship to predict tensile strength (ft) from compressive strength ((f^{prime}_c)) where (ft/√(f^{prime}_c) = 0.53) is conservative for all samples made from grade I concrete, but not all grade III samples reached the predicted value (Yang et al. 2008).