Sentence examples for optimal freeing from inspiring English sources

Osteophyte removal Optimal freeing to the base of the neck.

We have previously proposed a numerical node-based parameter-free shape optimization method for designing the optimal free-form surface of shell structures.

From the test results, it was found that an optimal free-CaO content of 9.0%17.0%% ensured appropriate compressive strength and setting characteristics.

PCD-I and spray dried and lyophilized/wet granulated PCD-S, as well as the mixture PCD-I/PCD-S = 90/10, presented optimal free flowing characteristics.

The optimal free-boundary shapes are determined by applying the derived shape gradient function to the H1 gradient method for shells, which is a parameter-free shape optimization method proposed by one of the authors.

The reported different methodologies to model the free expansion of a balloon expandable stent should be evaluated and compared to assess the optimal free expansion methodology for finite element-based stent design.

Then, in the second stage, multiple SVMs, also called SVM experts, that best fit partitioned regions are constructed by finding the most appropriate kernel function and the optimal free parameters of SVMs.

With this combination of the three techniques, the optimal free-form frame structures owning smoothly curved members can be obtained without any preliminary shape parameterization, and the effectiveness and validity of the proposed method are verified through three design examples.

This paper presents useful design data defining optimal free-form fillet shapes for use under tension and bending loading conditions for a key range of fillet geometries, notably the relative fillet length.

These principles predict an optimal angular position for the ATP-binding transition close to the experimental value; an inverse relation between the optimal gearing ratio and the proton motive force (pmf); optimal operation at an inflection point in the curve of ATP synthesis rate versus pmf, enabling rapid metabolic control; and a high optimal free energy conversion efficiency.

After expressing the frequency response as the function of the 12 free parameters, the optimal free parameters can be found in the frequency-domain by minimizing the weighted squared error between the ideal and actual frequency responses, where a non-negative weighting function is adopted for emphasizing important frequency bands and ignoring unimportant bands.