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Some important design parameters such as maximum deflection and corner force are evaluated.
The normal and tangential force are evaluated concerning the relative pose between the chaser and the target.
The impact of interface properties and the size of the inhomogeneity on the glide/climb force are evaluated.
In order to validate the effectiveness of the proposed haptic master, the tracking control performances between the desired force and actual force are evaluated in time domain.
The mechanism's mechanical amplification, stiffness, and grip force are evaluated when either full or partial compliance (flexure-based only) is assumed.
Different correlations for the lift force are evaluated and uncertainties associated to the drag and lift coefficients of evaporating droplets are discussed.
Similar(53)
Friction force was evaluated from one cycle of the distance of these trace and retrace curves.
Finally, the uncertainty associated to the values of transversal and axial force was evaluated.
The aerodynamic force is evaluated by considering the first order high Mach number approximation to linear potential flow theory.
The influence of the interface effects and the size of the inclusion on the image force is evaluated.
The effect of the friction angle of the facet elements on the pullout force was evaluated using a parametric study [24].
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com