Sentence examples for integral performance of from inspiring English sources

A numerical feasibility study was performed on the integral performance of dual function catalyst particles in a packed bed reactor equipped with a porous membrane for distributive feeding of oxygen.

(The first integral performance of "Klang" is scheduled to take place on Saturday and Sunday during the Musik Triennale Köln in Cologne, Germany).

The efficiency of a heat pump greatly depends on the individual and integral performance of the components inside.

A new methodology is proposed to assess integral performance of building with respect to energy and materials requirement over the building life cycle.

As the core technologies associated with developing the AMBIDEXTER concept are mostly available in commercialized forms at present, investigating the integral performance of the concept should be the prime research topic in ongoing 250 MWth prototype design studies.

The relation between certain modules and specific functions, e.g., in metabolic networks [13], helps us to understand how different functions are coordinated in the integral performance of complex biological networks.

In this paper, it is pointed out that due to existence of non-exponential modes in the step response of a fractional-order control system having zero steady state error, integral performance indices of such a system may be infinite.

A real coded Genetic Algorithm (GA) has been used next to optimally find out the weighting matrices, associated with the respective optimal state-feedback regulator design while minimizing another time domain integral performance index, comprising of a weighted sum of Integral of Time multiplied Squared Error (ITSE) and the controller effort.

According to this point, some simple conditions are derived to guarantee the finiteness of different integral performance indices in a class of fractional-order control systems.

Integral performance indices as quantitative measures of the performance of a system are commonly used to evaluate the performance of designed control systems.

The novelty of the proposed approach is that the problem of obtaining optimal tuning rules for a flow process is formulated and solved as a problem of optimization of an integral performance criterion parametrized through values that define the domain of available process models.