The phrase "all displacements" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any discussion involving movement or changes in position.
Example: "In the analysis of the structure, we must consider all displacements that occur under load."
Alternatives: "all movements" or "every displacement".
All displacements were applied at 500 mm/s.
The SSDT theory accounts for through-the-thickness deformation, by considering a sinusoidal evolution of all displacements with the thickness coordinate.
This theory accounts for both shear deformation and thickness stretching effects by a sinusoidal variation of all displacements through the thickness.
Typically, all displacements showed an increasing trend with an increase in eccentricity ratio e0/h, where e0 is the eccentricity and h is the depth of the considered cross-section.
Based on hyperbolic-polynomial variation of all displacements across the thickness of both face sheets and sandwich core, the shear plate theory accounts for both transverse shear and thickness stretching effects.
All displacements, strains and stresses are worked out and plotted through the thickness of the following six types of laminated shell structures: rectangular and annular plates, cylindrical and spherical panels as well as a catenoidal shell and an elliptic paraboloid.
(In other words, all force constants, all mode displacements, all bond-length displacements, and all individual energy components of the barrier can be determined).
This yields a coupled electro-mechanical system, wherein all displacement variables are coupled via the electric field.
The objective is to minimize the integration of the square of all displacement over the whole analysis time domain.
To some extent it is all displacement activity, in the psychiatrist's jargon, since the alternative Europe is a bank-buyer's nightmare.
It is shown that the method provides accurate predictions for all displacement and stress resultant components with very fast convergence.
