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Exact(13)
The present method is based on a mesh of arbitrary polygonal cells.
The present method is based on expanding stress functions in terms of harmonic series to the out-of-plane direction.
The present method is based on a finite-volume approach on a staggered mesh together with a fractional-step method.
The present method is based on a two-state integral by the superposition of actual and auxiliary fields.
The procedure of present method is based on the search for a solution in the form of a series with easily computed components.
The present method is based on the basic elasticity equations of the plate, and can give the symplectic analytical solutions for the wave modes for any combination of simple boundary conditions along the plate edges.
Similar(47)
The present method was based on the reaction of residues of hydrazine in tobacco product extract with PFB to form DFBA. The DFBA is partitioned into hexane and then quantified by GC MS.
The presented method is based on the monitoring of Urelax over aging.
The presented method is based on a dynamic continuum model of 3D elasticity solution in cylindrical shells.
The presented method is based on linear techniques well supported by CACSD-software tools, yielding a fast control design approach, applicable to almost any active suspension system.
The algorithm of the presented method is based on A∗ graph searching with the nodes placed in the discretized configuration space.
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