Envelope analysis (EA) is one of the most usually used demodulation methods for fault diagnosis of gearboxes, the main problem for EA is to find a frequency subband that contains more fault-related components.
In such situations, the backfill method is relatively special, usually using the method of pumped slurry injection into the gob (PSIB) from surface boreholes (Lokhande et al. 2005).
The final convex energy functional is minimized via the dual formulation instead of the usually used gradient descent method.
We solve the constrained minimization problem (24) by the dual formulation presented in [18, 19] instead of the usually used gradient descent method.
The usually used physical, nonviral methods are microinjection, ballistic gene delivery, electroporation, sonoporation, laser irradiation, magnetofection, and electric field-induced molecular vibration.
Full Bayesian analysis is an alternative statistical paradigm, as opposed to traditionally used methods, usually called frequentist statistics.
Such techniques fall generally in two groups: micro-meteorological methods (usually used for large scale areas) and enclosure methods (commonly used on small plots for comparative experiments).
For horizontal gas liquid flow, the drag reductions evaluated by this new method are identical with the results evaluated by a method usually used in multiphase flow.
This method also is based on Fuzzy Logic, and replaces the classical TF IDF method, usually used for TW, for its flexibility.
The proposed method establishes a new paradigm of interaction breaking with the conventional 2D slices method usually used by geoscientists.
