A thorough study is conducted on the behavior of the proposed shear links through finite element models verified by test results.
Parametric studies through simplified finite element models verified by tests were furthermore carried out to clarify the effects of main parameters on the ductility enhancement of steel moment connections.
Analytical and full coupled-domain finite elements/boundary elements (FEM/BEM) models verified by experiments are developed to predict and simulate the electro-mechanical behavior of the micromirror and are used to guide the mirror's design for the desired digital performance.
These geometrical changes need to be captured at each and every stage of composite manufacturing and realistic geometrical models verified by accurate experimental data are needed to simulate the changes during forming to predict the mechanical properties of the composite laminates.
It would be reassuring to have these computational models verified by crystallographic studies, although obtaining androgen receptor structures with antagonists has thus far proven difficult.
