Sentence examples for mechanical models considered from inspiring English sources
Beyond the primarily mechanical models considered above, what other modeling methods might one consider to achieve the goal presented above under Setting the Stage?
For both the classical and quantum-mechanical models considered above, it is in fact an order-isomorphism.
The static mechanical model considers the fringing fields between the curled cantilever beam and the measuring electrode as well as the initial curling induced by the stress gradient.
In order to appropriately simulate the debonding failure a mechanical model considering nonlinear stress strain relationships for concrete and steel is used.
A static mechanical model considering complicated geometry and the residual stress effect of the bridge is established to demonstrate the pull-in instability phenomenon of the micromachined capacitive switch, and to predict the effective stiffness constant and critical collapse voltage of the bridge for several typical bridge geometries.
The thermo-mechanical model considers the mechanical properties – temperature evolutions of the materials provided by the corresponding Eurocodes.
This paper establishes a thermo-mechanical model considering the liquid density variation to explore the comprehensive energy storage performance of two types of small-sized encapsulated phase change materials (PCMs) as well as effects of shell thickness.
Two mechanical models are considered depending on the assumed boundary conditions in the buckling and post-buckling phases.
Past studies have shown that the lateral behavior of a laminated elastomeric bearing is affected by axial load, and various mechanical models that consider the effect of horizontal vertical coupling have been proposed.
However, most of the mathematical models focus on the effect of mechanical stimuli and few models consider the important role of biochemical signals during fracture healing.
Finite element computation is attempted to explain the observed damage using an adequate mechanical model that considers weak adhesion between phases and dynamic evolution of damage.
