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The methods typical of solid fuel reactors of previous generations are not sufficient to handle these more highly coupled concepts.
This paper proposes a hybrid method for the prediction of vibrational and acoustic responses of low-damping system in the medium-to-high frequency ranges by using the power flow analysis (PFA) algorithm and statistical energy analysis (SEA) coupling concepts.
This paper presents an informative value analysis which couples concepts of life cycle energy efficiency and production cost ratios, for a feasible assessment of function value for bioenergy products.
The hybrid power flow analysis (PFA) is an analytic method proposed for the effective prediction of vibrational and acoustic responses of low-damping system in the medium-to-high frequency ranges by using the PFA algorithm and statistical energy analysis (SEA) coupling concepts.
Therefore, we propose an asymptotic coupling concept.
We start with the general coupling concept for slender bodies and fluid flows.
An optical modulator based on the critical coupling concept [40] can be realized when assisted by graphene [41].
Important issues of such weak coupling concept are presented and results of several numerical simulations are discussed.
Therefore, we propose a coupling concept for slender bodies and fluid flows that is based on drag force and heat exchange models.
The chosen software architecture allows a modular coupling concept reflected in the algorithmically strong coupling of the various fluid domains, the structure, and the soil.
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