例句與造句

1. Its deflection, however, and thus its resistance to Euler buckling, will depend on these two latter values.
2. In 1757 Leonhard Euler went on to derive the Euler buckling formula, greatly advancing the ability of engineers to design compression elements.
3. Varying the locations of more and less rigid elements can trigger pure axial compression, simple uni-directional Euler buckling and complex buckling.
4. Specific stiffness can be used in the design of beams subject to bending or Euler buckling, since bending and buckling are stiffness-driven.
5. In Euler buckling, when the applied load is increased by a small amount beyond the critical load, the structure deforms into a buckled configuration which is adjacent to the original configuration.
6. It's difficult to find euler buckling in a sentence. 用euler buckling造句挺難的
7. Among the many detail design parameters they considered were tube design ( for rigidizable material ), alternative beam types and designs ( e . g ., trusses ), material thickness, laminates, and the best way to resolve Euler buckling.
8. A rod planted firmly into the ground, given a constant cross-section, can only extend so far up before it buckles under its own weight; in this case the lateral displacement for the solid is an infinitesimal quantity governed by Euler buckling.
9. This is because a beam's overall stiffness, and thus its resistance to Euler buckling when subjected to an axial load and to deflection when subjected to a bending moment, is directly proportional to both the Young's modulus of the beam's material and the second moment of area ( area moment of inertia ) of the beam.
10. The pitchfork bifurcations are the most commonly studied forms and include the buckling of columns, sometimes known as Euler buckling; the buckling of plates, sometimes known as local buckling, which is well known to be relatively safe ( both are supercritical phenomena ) and the buckling of shells, which is well-known to be a highly dangerous ( subcritical phenomenon ).