"for varying values" is a perfectly correct and usable phrase in written English.
It can be used to describe situations in which there are different possible values that can be used in a particular context or situation. For example, "This equation can be solved for varying values of x."
Experiments to explore the gain for varying values of relevant parameters such as block size, number of blocks, number of iterations and topology have been designed and run.
Table 1 Optimal values of normalized global threshold for varying values of normalized local threshold Sample no.
The horizontal lines in Figure2 represent (34) for varying values of α ( u ) 2 using QPSK modulation.
Model fit is evaluated using the Laplace approximation to the model evidence for varying values of K (the number of Dirichlet components).
Variance in the accuracy of the linked method for varying values of the sample size ng shows roughly constant performance for sample sizes >100, with a decrease in performance at smaller sample sizes.
In this section we study the convergence behavior of the LM, PL, penalty and weakly penalized formulations outlined in Section 2, in the solution of incompressible mechanics problems, for varying values of k.
While the same basis V could be used to construct another reduced model where all parameters are retained, it is unlikely that this other model will be a good approximation of the original one for varying values of the other parameters.
The numerical results for various performance indices for varying values of different parameters are presented in Tables 1, 2, 3.
The function was determined by Monte Carlo simulations of focused light penetration to a focus at zf for varying values of μs at a given g.
Results are presented for varying values of both the foundation stiffness parameters and comparison is made with available literature for the case of the second parameter equal to zero, and new results are presented for varying values of the second foundation parameter.
For varying values of these two parameters, very good agreement is found between the predictions of the effective stiffness obtained by the analytical expressions and the numerical calculations based on the mathematical homogenization method for the same orthotropic Kagome cell.
