The phrase "a modulus that" is correct and usable in written English.
It can be used in mathematical or technical contexts when referring to a specific modulus in a discussion or explanation.
Example: "In the equation, we need to determine a modulus that will allow us to simplify the calculations."
Alternatives: "a modulus which" or "a modulus of".
In [23] the author introduces a modulus that scales the 3-dimensional convexity of the unit ball: he considers the number.
The copolymers with crystallised structures were transparent, had a low glass transition temperature of the polyether phase and a modulus that was independent of temperature between Tg and Tm.
Two types of Ti-containing alloys were chosen as an object for coating: Ti-6Al-4V (recommended for orthopedic application) and a novel highly biocompatible Ti-Zr-Nb alloy, with good mechanical compatibility due to a modulus that is more close to that of human bones (E ≈ 50 GPa instead of 110 GPa in Ti-6Al-4V).
Transient viscosities during start-up of shear flow at extremely low shear rates are governed by very long relaxation times and by a modulus that is nearly the same as the plateau modulus obtained from oscillatory shear experiments.
Usually the gaps are so small, that they are still part of the dilated cluster mask, and are thus included in the cell plate model, albeit with a modulus that decays exponentially with Euclidian distance to the tight cluster mask.
We report the ultimate tensile strength as a modulus, that is, tissue property per cross-sectional area.
However for any modulus that is a power pn of a prime, it can be shown that there exists a unique multiplication making the group Zpn a ring in a way that makes the nonzero elements of the ring a cyclic (and therefore abelian) group under the multiplication, and hence making the ring a field.
Furthermore, two special types of material inhomogeneity are studied, namely (a) a shear modulus that varies quadratically with respect to the depth coordinate and (b) one that varies exponentially with the said coordinate.
Importantly, in this work we assume that water is an isotropic elastic solid with a shear modulus that is 10−4 times the bulk modulus of the water.
A high content of guluronic acid resulted in a storage modulus that was almost three times greater than for the formulation with lower guluronic acid content in the case of gels formed using strontium alginate dispersions.
Unlike the hexagonal lattice, the classical constitutive equations of the tetragonal lattice turns out to be characterized by the coupling between the normal and shear strains through an elastic modulus that is an odd function of the parameter of chirality.
