Sentence examples for displacement models are from inspiring English sources

Three higher order refined displacement models are proposed for the free vibration analysis of sandwich and composite beam fabrications.

The contributions of inertia effect due to in-plane and rotary motions, and the higher order function arising from the assumed displacement models are included.

Subsequently, the stems that had the highest stress and displacement models were then optimized for a lower stress and displacement combination.

The time−varying displacement model is determined by a half−sine function.

Here, a stoichiometric displacement model is used to characterize pH gradient elution based on simple linear gradient elution experiments.

Two analytical models, 'Stress model' and 'Displacement model', were established from the ways of stress and displacement solution based on the modification of classical shear-lag model.

A finite element displacement model is presented for the dynamic and static analysis of clamped and simply supported skew sandwich plates.

The standard Galerkin finite element method (displacement model) is used to replace the original differential governing equation by an integral equation amenable to numerical solution.

A global mechanical finite element (FE) displacement model was created that would allow engineering analysis of mechanical performance that can be used to make mechanical design decisions in order to maximise performance.

The displacement model is derived from the direct approximation of the displacement and fluid seepage fields in the domain of the element and of the tractions and pore pressures in the solid and fluid phases, respectively, on the Dirichlet boundary of the element.

Therefore, a radial displacement model is a necessary supplement to Buckley Leverett linear displacement model.