"bending displacement" is a correct and usable phrase in written English.
It is commonly used in fields such as engineering, physics, and mathematics to refer to the change in position or shape of an object due to bending or flexing forces. Example: The engineers measured the bending displacement of the bridge to determine whether it could withstand the weight of heavy traffic.
Most functional problems have been solved through process, simulation and design: stiction, bending, displacement, and robustness.
The bending displacement of the barrel is 0.1 rad and the bending displacement of the rod is almost 0 rad since the gripper is against to the rock and the bending stiffness prevents the rod from bending too much.
Suppose that the tail is bending periodically with the bending displacement at z denoted by w z, t).
The fin was able to achieve 15 degree peak-to-peak twisting angle with about 2-mm bending displacement.
With this approach, the distributions of stresses and strains, a change of bending displacement, stiffness degradation and load-displacement curves were calculated for three different stress levels.
When the AFM tip and nanomaterial are in contact, the bending load and bending displacement can be measured from the AFM tip.
Most of these waves involve coupled axial, circumferential and out-of-surface (bending) displacements.
The bending displacements of these actuators are then measured by a laser displacement measurement apparatus as a function of applied voltage.
The measured data of the bending displacements versus applied voltage are compared with the predictions by the CLT, resulting in a good agreement.
In this first part of a two-part paper, the bending displacements of the plate and the stiffener only are considered.
The inclusion of a given pretwist together with the effects of shear deformation and rotatory inertia, gives rise in free vibration to four coupled second order partial differential equations of motion involving bending displacements and bending rotations in two planes.
