Exact(5)
Finally, a new method for calculation of deflections considering the material non-linearity is proposed.
Finally, a new method is described for obtaining three-dimensional super-resolution information using a double-helix point-spread function.
Finally, a new method is presented for generating an STL representation of the optimized part that is suitable for printing on typical industrial machines.
Finally, a new method based on dual indenters is proposed to extract the strain hardening exponent and the reduced elastic modulus of an indented material.
Finally, a new method for readily viewing, using, and accessing mapped, high throughput datasets and variant files is described.
Similar(55)
Finally we extend a new method employing Linear Programming (LP) for solving square and non-square (over-determined) fuzzy systems.
Finally, we designed a new method of detection for the 983T>C genetic variation that can be applied in resource-limited laboratories.
Finally, we propose a new method of combining CPC weights with nominal probabilities so that the calculated probabilities are always in range (i.e. between 0 and 1), while satisfying sensible properties that are consistent with the overall CREAM method.
Finally, we propose a new method, based on the three-dimensional edge-to-edge matching of dense planes across the interface, to determine the habit planes and the orientation relationships.
Finally, we consider a new method to prove the stability of an order-one periodic solution.
Finally, we develop a new method, based on ensembles of analysis methodologies, to exploit this technical variability to improve biomarker robustness and to provide an independent confidence metric.
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