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A general formula is derived using the material derivative concept for the shape design sensitivity of the stress defined at a local segment.
The following formula is derived from material balance equation.
The RT formula is derived from wave theory.
A formula is derived for the maximum number of segments buffered by an RGDB client.
A semi-empirical formula is derived, and some numerical examples are given by FEA.
Based on the Kuhn Tucker optimality condition, an analytical iterative formula is derived.
First, an explicit formula is derived for all natural frequencies at the long wavelength limit.
The explicit formula is derived using the differential property of convolution and the central difference formula of acceleration.
A formula is derived to modify the fixed electrode shape for improvement of linearity based on the analysis.
A simplified formula is derived to determine the compressive capacity of CFDT and compared against the current design rules.
A formula is derived for the average static stress in the pillar through theoretical analysis, physical simulations, and engineering practice.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com