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2020-3-6 · Coupling is a powerful method in probability theory through which random variables can be compared with each other. Coupling has been applied in a broad variety of contexts, e.g. to prove limit theorems, to derive inequalities, or to obtain approximations. The present course is intended for master students and PhD students. A basic knowledge
Get Price2006-11-27 · A coupling function that describes the interaction between self-sustained oscillators in a phase equation is derived and applied experimentally to Belousov-Zhabotinsky (BZ) oscillators. It is demonstrated that the synchronous behavior of coupled BZ reactors is explained extremely well in terms of the coupling function thus obtained. This method does not require comprehensive knowledge of ...
Get Price2016-1-1 · Features and definition of the weak coupling method. The weak coupling method solves each physics model separately, and the coupling conditions are satisfied by transferring data across different physics models. Features of the weak coupling method include • Multiple segregated equation sets are assembled and solved iteratively. •
Get Price2021-7-1 · In this section we present a general description of the method to model crack propagation via a continuous coupling of complex function theory and the finite element method. To support the reader, we start with a general overview of the coupled method underlying only the essential steps relevant for the crack propagation modelling.
Get Price2008-11-1 · In this study, we develop a method to control coupled oscillators in which the coupling function expressed in a phase model is regulated by the multilinear feedback. The present method has wide applicability because we do not need to measure an individual output from each oscillator, but only measure the sum of the outputs from all the oscillators.
Get PriceAbstract: Coupling method is developed in recent years to solve numerical problems a new method, meshless - the finite element of a direct coupling method is based on the definition of the generalized unit of coupling of the new method .
Get Price2021-7-25 · used MPS method coupling with Large Eddy Simulation (LES) methods to study the interaction between the dam break flows and elastic baffles. Although both …
Get Price2017-6-1 · This paper introduces a coupling simulation and modeling method for the HTS magnet based on a cosimulation model built in MATLAB and COMSOL. The HTS magnet element is a customized module created via the self-code S-Function in MATLAB.
Get Price2020-3-6 · Coupling is a powerful method in probability theory through which random variables can be compared with each other. Coupling has been applied in a broad variety of contexts, e.g. to prove limit theorems, to derive inequalities, or to obtain approximations. The present course is intended for master students and PhD students. A basic knowledge
Get PriceThis method duplicates the characteristics of the currently active primary couple dataset, for the type represented by the coupling function instance, to a new couple dataset. The name of the new couple dataset and the volume serial of the logical volume on which it will be allocated must be specified by the method …
Get Price2019-1-22 · On the basis of the existing density distribution function reconstruction operator, the temperature distribu-tion operator was derived to calculate heat transfer by coupling the lattice Boltzmann method (LBM) with the finite volume method. The present coupling model was validated by two-dimensional natural convection
Get PriceThis method employs an optimization method based on the relation between the polynomial coefficients of the transfer function and those of the S 21 from the coupling matrix. Therefore, this new method can also be applied to self-equalized filters that were not considered in the …
Get Price2020-10-17 · A function or method that does a lot of procedural work using methods from another object; Any time a class, method, or function needs to carry a lot of knowledge about another module or class, this is tight coupling. Consider the code in listing 1.
Get Price2004-1-10 · Abstract: Through the construction of a new ramp function, the element-free Galerkin method and finite element coupling method were applied to the whole field, and was made fit for the structure of element nodes within the interface regions, both satisfying the essential boundary conditions and deploying meshless nodes and finite elements in a convenient and flexible way, which can meet the ...
Get Price2021-3-9 · coupling method is to solve near field around body with viscous flow method while far-field flow using potential theory. Campana et al.[1] applied Navier- stokes equation with potential flow code to simulate a flow past a ship hull. Those kinds of coupling can be described as domain decomposition. Colicchio et al.[2]
Get Price2021-7-26 · To gain a deeper understanding of the magneto-electronic coupling in CrSBr, we measured PL as a function of applied magnetic field (B) at 5 K and establish that the magneto-excitonic coupling ...
Get Price2006-11-27 · A coupling function that describes the interaction between self-sustained oscillators in a phase equation is derived and applied experimentally to Belousov-Zhabotinsky (BZ) oscillators. It is demonstrated that the synchronous behavior of coupled BZ reactors is explained extremely well in terms of the coupling function thus obtained. This method does not require comprehensive knowledge of ...
Get PriceThis method duplicates the characteristics of the currently active primary couple dataset, for the type represented by the coupling function instance, to a new couple dataset. The name of the new couple dataset and the volume serial of the logical volume on which it will be allocated must be specified by the method …
Get Pricecoupling coefficient including the SI and MI, between two arbitrary-shaped thin-walled coils (solenoids). In the formula, a completely new type of function, called coil function, is defined. The differences in shape and position of the coils are only on the choice of the coil function and its complex conjugate.
Get Price2019-1-22 · On the basis of the existing density distribution function reconstruction operator, the temperature distribu-tion operator was derived to calculate heat transfer by coupling the lattice Boltzmann method (LBM) with the finite volume method. The present coupling model was validated by two-dimensional natural convection
Get PriceThis method employs an optimization method based on the relation between the polynomial coefficients of the transfer function and those of the S 21 from the coupling matrix. Therefore, this new method can also be applied to self-equalized filters that were not considered in the …
Get Price2016-11-17 · When the two-way-coupling method is used, the redistributed aerodynamic force must be used. Otherwise, the redistribution of aerodynamic force can be neglected. (3) The FEM is applied to analyze the heat transfer, and the temperature field of the …
Get Price2021-3-9 · coupling method is to solve near field around body with viscous flow method while far-field flow using potential theory. Campana et al.[1] applied Navier- stokes equation with potential flow code to simulate a flow past a ship hull. Those kinds of coupling can be described as domain decomposition. Colicchio et al.[2]
Get Price2021-7-26 · To gain a deeper understanding of the magneto-electronic coupling in CrSBr, we measured PL as a function of applied magnetic field (B) at 5 K and establish that the magneto-excitonic coupling ...
Get Price2006-11-27 · A coupling function that describes the interaction between self-sustained oscillators in a phase equation is derived and applied experimentally to Belousov-Zhabotinsky (BZ) oscillators. It is demonstrated that the synchronous behavior of coupled BZ reactors is explained extremely well in terms of the coupling function thus obtained. This method does not require comprehensive knowledge of ...
Get PriceThe present method has wide applicability because we do not need to measure an individual output from each oscillator, but only measure the sum of the outputs from all the oscillators. Moreover, it allows us to easily control the coupling function up to higher harmonics. The validity of the present method is confirmed through a simulation.
Get Pricecoupling coefficient including the SI and MI, between two arbitrary-shaped thin-walled coils (solenoids). In the formula, a completely new type of function, called coil function, is defined. The differences in shape and position of the coils are only on the choice of the coil function and its complex conjugate.
Get Price2016-8-12 · Coupling capacitance, also known as electric field coupling or electrostatic coupling, is a coupling method due to the existence of distributed capacitance. Coupling capacitors make the two systems of strong and weak currents coupled and isolated by capacitors, provide high-frequency signal paths, prevent low-frequency currents from entering ...
Get Price2016-11-17 · When the two-way-coupling method is used, the redistributed aerodynamic force must be used. Otherwise, the redistribution of aerodynamic force can be neglected. (3) The FEM is applied to analyze the heat transfer, and the temperature field of the …
Get Price2019-1-22 · proposed coupling method is similar to a multigrid method and a simple regularization formula is used in their computations. The regularization formula in [19] only considers the first-order approximation of the single particle distribution function and the coupling formula in [20] is only used to deal with the one-dimen-sional reaction ...
Get Price2010-3-6 · Coupling - A measure of how much a module (package, class, method) relies on other modules. It is desirable to reduce coupling, or reduce the amount that a given module relies on the other modules of a system. Cohesion - A measure of how closely related the members (classes, methods, functionality within a method) of a module are to the other ...
Get Price2015-3-6 · The cross-frequency δ, α to α coupling function, and the θ, α, γ to γ triplet are computed, and their coupling strengths, forms of coupling function, and predominant coupling components, are analysed. The results demonstrate the applicability of the method …
Get Price2020-5-19 · is the shape function of FMLSRKM. 2.2. Coupling of Shape Functions For the sake of an explanation, in this section, 1-dimensional shape functions are considered. Because point collocation method is adopted for FMLSRKM, quadratic shape function is used. In FEM, influence of a shape function is confined in an element see Figure 1 a .In
Get Price2019-1-22 · proposed coupling method is similar to a multigrid method and a simple regularization formula is used in their computations. The regularization formula in [19] only considers the first-order approximation of the single particle distribution function and the coupling formula in [20] is only used to deal with the one-dimen-sional reaction ...
Get Price2016-1-8 · Bulk electron-phonon coupling in graphene for the four modes with nonzero coupling. The interaction is illustrated as a function of phonon q vector at a k point shifted 300 meV from the Dirac K point towards the Γ point. We refer the reader to Ref. for a detailed discussion of the interpretation of the plots for the TA and LA modes.
Get Price2021-4-21 · The proposed method has two innovations: 1) a novel global iterative optimization method is proposed and 2) a new cost function for evaluating the sampled paths is constructed, which improves the coupling of the global and local paths. We implement and test this method in a simulation environment, where the experimental results verify the ...
Get PriceTo this end, we present a new coupling technique for two ion species in separate traps via a common tank circuit which can significantly enhance the coupling strength. After a description of the general common endcap coupling method (see Section 2), the theoretical basis of this method is …
Get Price2021-7-26 · To gain a deeper understanding of the magneto-electronic coupling in CrSBr, we measured PL as a function of applied magnetic field (B) at 5 K and establish that the magneto-excitonic coupling ...
Get Price2021-5-27 · This method enables in situ visualization and biological function study of exosomal protein glycosylation. Exosomal PD-L1 glycosylation was confirmed to be required in interaction with PD-1 and participated in inhibiting of CD8 + T cell proliferation. This is an efficient and non-destructive method to study the presence and function of exosomal ...
Get Pricemultifactor comprehensive evaluation method was used to evaluate the utilization degree of the productive-living-ecological function from 2009 to 2018, and the coupling coordination model was applied to analyze the change characteristics and coupling ...
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