Sentence examples for beam configurations were used from inspiring English sources

Tests of various cracked beam configurations were used to estimate the accuracy of the element by comparing two models: one with a UEL and another with an embedded edge crack.

The double cantilever beam configuration was used to investigate the fracture properties.

The second step of the problem determines the free vibration frequency of the beam about the deformed configuration, and in that case, the tangent stiffness of the beam configuration is used to formulate the governing equations employing Hamilton's principle.

Termed as the beam-based structural optimization approach, a novel curved-and-twisted (C-T) beam configuration is used as the basic design module to optimize the design parameters of the CPMs so as to achieve the targeted stiffness and dynamic characteristics.

An optical interference holographic setup with a symmetry-lost five or four-beam configuration is used to obtain two-dimensional special photonic crystals.

Different loading configurations were used to test the SC beam specimens.

An Euler-Bernoulli cantilever beam with two nonlinear configurations is used to develop and demonstrate the methodology.

This configuration is used in beam-focusing devices as well as in a class of devices called magnetrons (see the section Magnetrons).

In this way, mode II crack loading is induced (it should be noted that similar beam configuration has been used to study mode II delamination fracture in laminated composites (Mladensky and Rizov 2013)).

Both doubly stepped and singly stepped beam configurations are analyzed.

Furthermore two node beam elements were used to model beams.