This strategy, made in a recursive way, has shown effectiveness whether in the convergence proofs of some mechanical and kinematical quantities or in computing the percentage error obtained as ratio between the scattered work in Ω∞⧹Ω and the total work, both expressed in terms of generalized quantities.
The GCI method is based on a generalized pivotal quantity G[ 25, 27], which is a generalization of the usual pivot [ 34].
In this paper, we proposed a generalized economic order quantity (EOQ) – based inventory model using a trade credit policy in a fuzzy sense.
Instead, with generalized dimension only one quantity is estimated D q, thus this method is preferred for statistical comparisons.
By computing the singular point quantities and generalized period constants, we obtain, respectively, the integrable and linearizable necessary conditions for this class of systems.
So, several mathematical quantities of these order statistics like ordinary, incomplete and factorial moments, mgf, mean deviations and several others can be obtained from those quantities of generalized Weibull-G distributions.
The generalized Hook law for macroscopic quantities can be written as {sigma}_{ij}={C}_{ijmn}{varepsilon}_{mn} (47 where C ijmn is the tensor of the effective elasticity moduli.
The application of this technique to other olfactory receptors could feasibly lead to a generalized method for obtaining large quantities of any olfactory receptor in a rapid and simple manner.
Although the studies mentioned above provide an experimental basis for IR on specific genes, a generalized model based on a large quantity of data is still missing.
Remark 2 For system (3), according to Theorem 2.3, we can get the recursive formulas to compute the singular point quantities for investigating the generalized center for any positive integer q.
