The phrase "a function of tensile" is correct and usable in written English.
It can be used in contexts related to engineering, materials science, or physics, particularly when discussing properties or behaviors of materials under tension.
Example: "The strength of the material is a function of tensile stress, which determines its ability to withstand forces without breaking."
Alternatives: "dependent on tensile" or "related to tensile properties".
(d) Relative changes in resistance as a function of outer radius of cylindrical supports (e) Relative changes in resistance as a function of tensile strain.
In total, 17 reflections were monitored as a function of tensile load.
Damage is estimated by monitoring the depletion of the elastic modulus as a function of tensile strain.
Elastic strains in the individual phases were measured as a function of tensile and compressive load at the Los Alamos Neutron Scattering Center using a pulsed neutron source.
The tests were carried out with axial strain controlled condition using cylindrical specimen, and the results were summarized using the Manson's modified universal slope method, which can describe fatigue lifetime as a function of tensile properties.
A simple and easy-to-use expression was obtained for predicting the tensile stress of composites as a function of tensile stresses of fiber and matrix, fiber and matrix volume fractions, and fiber orientation factor.
Figure 3 Calculated valence charge density along the c axis in the (100) (a) and (200) (b) planes of superlattice at equilibrium (1), maximum piezoelectric coefficient (2) and ideal tensile strength (3). Figure 4a shows the polarization as a function of uniaxial tensile stress.
d, Fractional change in resistance of the strain gauge as a function of uniaxial tensile strain.
Several properties were studied as a function of the tensile loading on the belt.
Both the structure and evolution of the slip bands are observed to be a function of the tensile axis.
The approach can also be presented in a form of a design chart, representing normalized moment capacity as a function of residual tensile strength and reinforcement ratio.
