The phrase "analysis for a range" is correct and usable in written English.
It can be used when discussing an examination or evaluation that covers multiple items, variables, or scenarios within a specified range.
Example: "The analysis for a range of data points revealed significant trends in consumer behavior."
Alternatives: "evaluation across a spectrum" or "assessment for a variety".
Elastic modulii are evaluated using Finite Element analysis, for a range of values in damage parameters considered.
The results of the analysis for a range of input frequency ratios and input amplitudes are compared with exact solutions for the regions of instability calculated from the monodromy matrix.
Dynamic mechanical analysis, for a range of temperatures and frequencies under tensile and three-point bending loadings, revealed that the aged materials gained in stiffness, whereas a small deterioration in strength was found.
Given arctic new particle formation has been shown to be characterize by growth rates of the order of 0.01 15 nm per hour36,38, Table S2 provide the analysis for a range of air mass back trajectories (1-day, 3-day, 5-day), all supporting the fact that open water and melting sea ice regions are likely a biogenic source of new particle formation events.
As the delay in availability of data on suicide occurrences varies for the public and policymakers, we perform the analysis for a range of possible delays.
Lars Seemann, a recent graduate of the UH econophysics program who studied under Gunaratne, took a job a few months ago at Quantlab Financial LLC in Houston, providing quantitative analysis for a range of trading and investment operations.
At larger and larger spatial scales, complex interactions among science, economics, and society provide a sound basis for the analysis of a range of management techniques.
This special topic of Materials Science and Engineering A highlights novel applications of X-ray and neutron diffraction for the analysis of a range of materials, including conventional and nanostructured materials, thin films, bio-inspired materials, and superalloys.
A Zn DS technique was developed for isotope analysis of a range of samples with the aim to overcome the instrumental mass bias problems, which are associated with the different sample matrices and can cause inaccuracies.
Equilibrium paths and limit load estimates are computed for both analysis approaches for a range of column aspect ratios and load eccentricities.
In this perspective, we present a method to formally describe the topology of all folded linear chains and hence provide a general classification and analysis framework for a range of biomolecules.
