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Dimensionless horizontal load-displacement and overturning moment-rotation relationships are derived utilizing the Power law and Buckingham's theorem.
The new controller is derived utilizing the concept of the integral manifold of the singularly perturbed differential equations.
The nonlocal governing equations of FG-MEE nanoplate have been derived utilizing Hamilton's principle for MEEMs.
A mean total velocity response spectrum for characterizing the mean absolute input energy of multiple-support structures is derived utilizing their pseudo-static response.
The analytical description of the Gibbs energies of pure succinonitrile (SCN) and pure (d camphor (DC) were derived utilizing the data on temperature and enthalpy of transformations, and temperature dependencies of heat capacity available in the literature.
The general four pole parameters for a system of two continuous three-dimensional cavities connected by n pipes are derived utilizing four pole parameters of each individual cavity in terms of its natural modes, frequencies, and modal damping.
A non-linear stochastic finite element formulation for the stochastic response analysis of geometrically non-linear, elastic two-dimensional frames with random stiffness properties and random damping subject to stationary random excitations is derived, utilizing deterministic shape functions and random nodal displacements.
Based on this analysis of the individual variables, five combined scores have been derived utilizing all of the individual scores, which loaded on each factor.
A simple theoretical model was derived and utilized to describe the experimental data.
Furthermore, a simple physical model describing the behaviour of conductive pathways under shear deformation was derived and utilized for the description of the experimental data.
Next, for given virtual rigid displacements, another instability potential was derived for the plate utilizing the equilibrium equations for the boundary tractions at the C1 and C2 states.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com