"strength simulation" is a correct and usable phrase in written English.
It refers to a process of imitating or replicating the strength or capabilities of something in a controlled environment. Example: "The engineers conducted a strength simulation to test the durability of the new building design before construction began."
After that, a simple but well-devised numerical, i.e. finite element, modeling framework was proposed for the stress analysis and strength simulation of natural plant fibers.
Then the simulation model of the bending fatigue test platform is established, with which the strength simulation of the LGFT wheel is conducted.
The research shows that it is necessary to consider the anisotropic property in the strength simulation of the bending fatigue test of the LGFT wheel, and the simulation method considering anisotropic property provides an effective way for the strength simulation of other components made of the fiber reinforced thermoplastics.
Figure 12 Tensile strength simulation with RVE.
We found a bending stress distribution by using the finite element method (FEM) and used the result to conduct a strength simulation focusing on an inclusion distribution (Masuyama et al., 2015).
The aim of the first step is to start the mechanical strength simulations with a correct deformed shape and post-riveting state.
The plastic hardening property is identified from a comparison of the results of ultimate strength simulations and a bollard tension tests performed by the committee.
Concerning the dark-field signal strength, simulations and yet unpublished experiments have indicated the feasibility of x-ray dark-field projection imaging at clinically relevant x-ray energies on thick samples.
Using mental simulations and the strength model of self-control as the theoretical bases of the intervention, the study will adopt a fully randomized 2 (mental simulation: mental simulation vs. control irrelevant visualization exercise) × 2 (self-control training: challenging Stroop task vs. easy Stroop task) between-participants design.
Rock mass deformation and strength property simulation plays a key role in the rupture tests of arch dam geomechanical model.
Time variant reliability aspect is considered using a simple, representative limit state with time variant strength and simulation of the whole life time load processes.
