The phrase "a function of the applied load" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or mathematics when discussing how a particular variable or outcome depends on the load that is applied to a system.
Example: "The stress experienced by the material is a function of the applied load, which determines its deformation."
Alternatives: "dependent on the applied load" or "related to the applied load."
For small deformations, a graph of deformation as a function of the applied load is a straight line.
The number of broken fibres is determined as a function of the applied load and the number of cycles.
The network strength increases with solids concentration such that the equilibrium extent of consolidation is a function of the applied load.
It is a crack bridging analysis that predicts the size of the buckled region as a function of the applied load, with the local stress supported by the buckled fibers decreasing linearly with the closing displacement of the microbuckle.
An approximate elastic model is derived that converts measurements of indentation depth as a function of the applied load in a microindentation experiment, to an estimate of the interfacial yield strength of a metal film on a ceramic substrate.
The peak shear stress was represented as a function of the applied load during the pushout test, and experimental debonding load as a critical interfacial shear stress of the composites revealed its value to be 85 95 MPa.
The main objective of this work was to determine the lifespan of the single lap joints (SLJ) as a function of the applied loads.
Results indicate a velocity change in both, experimental and simulated Lamb wave signals as function of the applied load.
A closed-form solution for the postbuckling deformation is obtained as a function of the applied axial load, which is beyond the critical buckling load.
The degradation of electric capacitance was measured as a function of the applied mechanical load.
Design maps are presented to evaluate the required flow rate as a function of the applied thermal load and the plate dimensions.
