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And its characteristic parameter is identified by the differential coefficient algorithm.
Therefore, a large number of similar computations at the fine local mesh can be carried out with lower computational cost for each new configuration of the differential coefficient.
where K * is the adjoint matrix of K, the superscript of F denotes iterative steps, and L ( F m ) represents ellipse differential coefficient operator.
It can be used in differential equations that include both items of the functions sin and cosine, and the odd-order differential coefficient.
For the multiscale finite element method, a large number of cell problems has to be solved at the fine local mesh for each new configuration of the differential coefficient.
According to Equation 11, the differential coefficient of t d is d t d d t = - 1 c r s - R 0 r s - R 0 + r s - R t r s - R t · v. (21).
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The curve fitting results and theirs differential coefficients illustrating the absolute growth rate are also shown in Fig. 7.
A difference equation is easily constructed by substituting the linear combinations individually into the differential coefficients of the differential equation.
Second step: by balancing the terms with the highest powers of the differential coefficients of ξ x, we can obtain the values of j, k, m, and l.
The gravity gradient tensor Γ is defined on the basis of differential coefficients of the gravity potential (e.g. Torge 1989; Hofmann-Wellenhof and Moritz 2005).
In the IMM, differential coefficients at a mesh point are expressed with linear combinations of a certain number of neighboring mesh points.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com