The phrase "are interpreted by using" is correct and usable in written English.
It can be used when explaining how something is understood or analyzed through a specific method or tool.
Example: "The results of the experiment are interpreted by using statistical analysis to draw meaningful conclusions."
Alternatives: "are analyzed through" or "are understood via".
The experimental results are interpreted by using a molecular viscoelasticity theory recently developed by Han and Kim.
Experimental data are interpreted by using available modeling tools that allow for predicting the composite behavior from the properties of its constituents.
Most results are interpreted by using frequency response functions, where the resulting modified structural resonance and anti-resonance frequencies, or the mode shapes, tend to behave in a special way related to the excitation and boundary conditions.
The separate suppression effects on soot formation of direct fuel dilution and indirect effects of temperature and residence time are interpreted by using a numerically calculated flow velocity and temperature field using a one-step fast chemistry model.
As for detailed analysis, lane blockage probability is interpreted by using a binary logistic regression model.
The experimental results were interpreted by using a crystal layer simulation model based on the integral formulation approach.
The fatigue fracture mechanism of the corroded specimens was interpreted by using Scanning Electron Microscope (SEM) images.
This phenomenon was due to the SME of the prestrained wires and can be interpreted by using a newly developed phase stress displacement diagram.
The results of these integrations were interpreted by using various methods of the non-linear dynamics like phase plane, stroboscopic maps, time-delay reconstructions and Liapunov characteristic exponents.
This multiwindow approach can also be interpreted by using the Cohen class of distributions, where it can be written as a two-dimensional convolution of the Wigner distribution and the kernel function:.
Tensile properties and elastic plastic cleavage fracture toughness were measured in the transition temperature region, and the fracture toughness data were interpreted by using a simple fracture model containing carbide size distribution.
