The proposed mode of displacement may be used in the design of mobile robots, in particular, for robots of small dimensions.
A simple rotating beam model is used to demonstrate the effect of axial forces and dynamic coupling between the modes of displacement on the rigid body motion.
The absolute nodal coordinate formulation (ANCF); however, allows for the deformation of the cross section and leads to a more general beam models that capture the coupling between different modes of displacement.
The first few frequencies and modes of displacement are computed for circular and elliptic cavities, which provide a check on our numerics, and results for the displacement of an infinite plate are given for four specific cavity geometries and various boundary conditions.
Proper orthogonal modes (POMs) of displacements are interpreted for linear vibration systems under random excitation.
We assume no opening mode of fault displacement, giving (D_{3}^{i,n} = 0).
The soil pressure distribution on the abutment is typically nonlinear and varies with depth, amount, and mode of wall displacement.
To answer these questions and to quantify the collective nature of the motion in these NPs we look for stringlike collective motion, a characteristic mode of molecular displacement in strongly interacting disordered materials.
As the STP molecule is polyanionic and the surface of the silica sensor (under the conditions of this experiment) was also anionic, if competitive displacement was the only mode of action, no displacement of pellicle adsorbed to the silica surface would be observed, as STP would be repelled from the negative silica surface.
The two fixation devices were evaluated in paired humeri with regard to mode of failure, stiffness, displacement at physiologic loads, and displacement, load, and energy at the point of ultimate load before failure.
