The phrase "absolute stiffness" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or materials science to describe a condition where a material or structure does not deform under applied forces.
Example: "The design of the bridge incorporates materials with absolute stiffness to ensure it can withstand heavy loads without bending."
Alternatives: "total rigidity" or "complete inflexibility".
It should be noted that the force distribution depends on the stiffness of each beam relative to the other beams and not to the absolute stiffness value of each beam (see "Appendix").
Earlier reports have presented a continuum mechanic description of the tip-sample interaction of the UFM response using the Johnson Kendall Roberts (JKR) model, demonstrating that with this technique it is -in principle- possible to measure absolute stiffness values of nanoscale contacts, and effectively differentiate materials with distinct elastic constants [17, 19].
Consultation with DCs performing treatments in this study revealed that relative perceived stiffness as opposed to the absolute stiffness of a given spinal segment provides the most useful clinical information.
In some studies, the absolute spleen stiffness [17, 18] or its ratio to liver stiffness [19] correlated well with the portal vein pressure (Fig. 11).
Spindle factor does not change between days 4 and 7 despite the accumulation of cells at the hydrogel's center, thus cell morphology may only reflect local absolute hydrogel stiffness as with smooth muscle cells [24].
Compared with ARFI, a shear-wave elastography system visualizes absolute tissue stiffness.
Since the absolute cortical stiffness and growth rate are poorly characterized, it has become common practice to explore the role of the relative cortical stiffness and growth rate with respect to the subcortical properties.
The exact position of the K-wires relative to the position of the plate might influence the absolute measurement of stiffness; therefore, only intraindividual changes and not absolute values of stiffness can be compared [ 1, 35].
However, absolute values of stiffness obtained using SWE for benign and malignant thyroid nodules have differed appreciably between publications, raising questions regarding its reproducibility.
It is also predicted that the AMSs studied are inferior to permanent stents in terms of maximum absolute curvature and longitudinal stiffness.
Furthermore, this technique is able to generate an absolute value of tissue stiffness in kilopascal.
