Sentence examples for mode synthesis techniques from inspiring English sources

The Bloch mode synthesis (BMS) model-reduction method adapts component mode synthesis techniques to unit-cell problems in order to obtain a reduced-order model that quickly produces band-structure frequencies for any wave vector, or vice versa.

The construction of reduced-order models through component mode synthesis techniques usually improves the computational efficiency and may be used for fast parameter studies yielding a better knowledge of the phenomena of interest.

The receptance method, which is basically a component mode synthesis technique, is adopted as the solution procedure in this study.

Generalized system equations of motion for a system under misalignment and unbalance conditions were derived using the component mode synthesis technique.

Bases composed of real coupled modes and bases provided by Component Mode Synthesis (CMS) techniques are tested.

A new modal synthesis technique inspired from complex modes is presented in this paper.

It is shown that the inverse use of the conventional component-mode synthesis (CMS) technique within the scope of the hybrid inverse problem enables one to develop an efficient computational procedure for updating the design variables in the design problem.

Mode summation techniques and Laplace domain synthesis techniques are used to analyze the system.

Component mode synthesis (CMS) is a well-established technique for the vibration analysis of built-up structures.

In this article an efficient numerical technique, named Extended Bloch Mode Synthesis, is proposed for the fast calculation of the elastic complex band structures in phononic media.

This work applies µ analysis and synthesis techniques to develop a robust strategy for damping resonant modes in micromachined directional microphones of the parallel capacitive type.