Sentence examples for capacity level for from inspiring English sources

For the type of the MSS containing elements connected in series, its capacity level for the state k E is the minimization of the corresponding capacities of its components.

For example, if elements are connected in parallel, its capacity level for the state k s is the sum of the corresponding capacities ( w_{{s,k_{s} }} ) (s = 1, 2,…, N) of its elements, and the structure function for such a subsystem takes the form: phi_{p} left( {w_{{1,k_{1} }},w_{{2,k_{2} }}, ldots,w_{{N,k_{N} }} } right) = sumlimits_{s = 1}^{N} {w_{{s,k_{s} }} } (7).

A finite set of capacity levels for each product family is available at each potential location.

We consider different capacity levels for each distribution center, and finally, one capacity for each of them is selected (Ahmadi Javid and Azad 2010).

Correia et al. (2013) model a finite set of capacity levels for product families that is available at each potential location.

Azad and Davoudpour (2013) use capacity levels for the distribution centers within their stochastic distribution network designing problem to route the vehicles to serve the customers more flexibly.

With regard to the aforementioned case study, the three former capacity profiles being applicable to all of the locations were split up (according to the given data from the case study) into nine capacity levels for the plant locations and seven capacity levels for the warehouse locations.

Tofighi et al. (2016) consider capacity levels for central warehouses to select the facilities' storage capacity and establishing costs while optimizing a two-echelon humanitarian logistics network design problem by a two-stage scenario-based possibilistic-stochastic programming approach.

A set of capacity levels for distribution centers is modeled by Ashtab et al. (2014) within their non-linear optimization model for multi-capacitated three-level supply chain design.

Within their two-echelon SC network design problem in a deterministic single-period multi-commodity context, Sadjady and Davoudpour (2012) model alternative capacity levels for warehouses and plants, and additionally provide an algorithm for their determination.

In this study, the two parameters have been considered equal to 2. In this section, a problem has been created with two suppliers, two distributers, three customers, two collecting centers, two recycling centers, two recovery centers, and three capacity levels for each of the centers, three types of vehicles, and three period time.