To mitigate this, beams are frequently simplified as 1D problems. Classical beam theories such as Euler-Bernoulli beam theory and Timoshenko beam theory are commonly employed. In Euler-Bernoulli beam ...

Among these, the most classical theory is the Bernoulli- Euler beam theory (EBBT). EBBT assumes that beam cross-sections remain plane and orthogonal to the beam axis after deformation, thereby ...

In the Euler-Bernoulli theory, the cross-sectional initially normal to the beam neutral axis remains plane and normal to this axis after deformation [7]. This assumption ignores the effects of shear ...

Keegan modeled the contact resonance system using Euler-Bernoulli beam theory, which models the AFM cantilever as an extended elastic beam. Lucas Ruge-Jones worked at Luther College on creating a ...

Then, according to the calculation method of internal force and deformation of the beam under concentrated force and the equivalent load theory of the prestressed structure, three new methods: the ...

Abstract: This article focuses on solving the problem of vibration attenuation of an Euler–Bernoulli beam system considering ... the well-posedness of the beam system is proved via semigroup theory ...

For those who couldn’t accommodate the wide real estate demanded by the Playbar, though, Sonos thought smaller and released the miniature Sonos Beam in 2018. Housing four speaker drivers ...

The theory is sufficiently general to model the stretching ... led to a trend that was in agreement with the trend obtained with the Euler-Bernoulli beam model (Figure 5). This means that the simpler ...