Surprisingly, we find the {10¯12}⟨10¯1¯1⟩ twinning of Mg is shuffling-controlled at the smallest lengthscale of the irreducible lattice correspondence pattern, that is, the reaction coordinate at the level of 4 atoms is dominated by non-affine displacements, instead of strain.
Although the initial step of design using this approach is also calculation of stiffness, elastic time period and different strengths of the structure, it is quite different from the traditional methods as includes direct control of displacements instead of indirect control using ductility coefficients.
A parallel ISO standard provides wear testing inputs that are displacement based instead of force based.
We mathematically redefine ΔV T as the result of a displacement glut, instead of Eshelby's stress-free volume change concept.
A better description of intraphase and intragranular strain heterogeneities is obtained using as boundary conditions the displacements measured instead of the average of the displacements measured.
The BOD POD is analogous to underwater weighing without having to go under water (air displacement is used instead of water displacement) and has been used in subjects up to 500 pounds with high accuracy.
The photoelectric response of the dried film is generated by charge displacement and recombination instead of transferring a proton from the cytoplasmic side to the extracellular side of the cell membrane.
However, since the direct shear test is conducted under the constant displacement loading condition instead of the constant normal stress loading condition, the fixed top and bottom boundaries of the model do not allow the volume dilation to occur.
Unlike the traditional direct harmonic balance method, our effort is targeted toward the determination of periodic solutions of nonlinear force instead of displacement.
