Sentence examples for by a linear elastic from inspiring English sources
The static stress strain curve was defined by a linear elastic region, a strain hardening plastic deformation region, and a subsequent region of perfect plasticity.
Bonding between the inclusion and the degrading matrix is taken into account by a linear elastic bonding model in the first case and by a viscoelastic model in the second case.
In this study, a "closed form" mathematical model based on elastic beam-column theory was developed to investigate how the nail cortical contact, which was simulated by a linear elastic foundation, affected the stress on the distal locking screws.
A novel nonlinear bond-slip model is used to simulate the shear stress-separation law of the FRP-concrete interface; while the normal stress-separation law of the interface is approximated by a linear elastic model.
The paper deals with the finite element method (FEM) solution of the problem with loads moving uniformly along an infinite Euler beam supported by a linear elastic Kelvin foundation with linear viscous damping.
The loss mechanisms associated with the combined effects of magnetic unbalance and hysteretic damping in a superconducting flywheel system have been modelled under the assumption that the dynamic characteristics of the bearing can be approximated by a linear, elastic isotropic spring with structural damping.
The method is exemplified by solving a linear elastic problem for a composite material with layered hierarchical structure.
A finite plate of aluminum alloy 2024-T3 with a thickness of 1.6 mm and 14 holes is analyzed and the fatigue life of the plate is predicted by following a linear elastic law of fracture mechanics.
This was done to obtain a better behavior of the beam column joint by having a linear elastic section with the beam or column elastic stiffness (Priestley et al. 2007).
Starting from the stress field obtained by means of a linear elastic analysis and taking advantage of the so-called implicit gradient approach, a safety factor is calculated for high-cycle fatigue.
Loss factor predictions are made by first modelling the interlayer as a linear elastic solid with both rotational waves and dilatational waves.
