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The rotational motion is formed by the yaw, pitch, and roll attitude components.
A linearized equation of motion is formed which employs a hydrodynamic forcing function to model the annulus fluid.
For an initially spherical capsule the tank-treading motion is formed under various dimensionless shear rates and reduced bending moduli.
The three-dimensional EHD simulation shows that the flow interaction due to ionic wind takes place at every spiked electrode region and a zig zag motion is formed in the direction of the primary flow.
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Firstly, equations of motion are formed with Finite Element Method (FEM), and breathing crack is modeled with cracked hexahedral element (CHE) where the breathing behavior is load-dependent.
A set of ground motions is formed from simulation of potential events with a certain moment magnitude range, source-to-site distances and soil conditions.
Results show that strong swirl motions are formed in the cross-sections along axial coordinate of spiral PBRs, but no such vortice is observed for tubular PBR.
Starting from the calculated motion energy fields M u, v, t) (Equation (2)), for each selected frame an accumulated motion energy distribution field is formed according to the following equation: M acc ( u, v, t, τ ) = ∑ 0 τ w ⋅ M ( u, v, t - τ ) ∑ 0 τ w , τ = 0, 1, …, (4).
Loop formation is achieved using diffusional motion of the monomers in the following way: Whenever two segments co-localize by diffusional motion
Loop formation is achieved on the basis of diffusional motion of the monomers in the following way: Whenever two segments co-localize by diffusional motion
For each WZ block, a set of potential motion compensated predictors (SI) is formed from all the blocks extracted from a window centered around the co located block in the previous frame.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com