Sentence examples for motion of rigid from inspiring English sources

The motion of rigid ellipsoidal fibers induced by the flow of the matrix material is described based on Jeffery's equation.

In this paper, we study the motion of rigid bodies in a perfect incompressible fluid.

The fourth-order elliptic equations can describe the static form change of beam or the motion of rigid body, so they are widely applied in physics and engineering.

Unlike existing publications, this method does not solve the general motion of rigid bodies in the Lagrangian form of Newton's law.

Most of the effort of eighteenth century mechanics was devoted to solving problems of the motion of rigid bodies, elastic strings and bodies, and fluids, all of which require principles beyond Newton's three laws.

The key feature of this approach is that the computational overhead (relative to a pure fluid solver) to solve for the motion of rigid particle is very small.

Then, a force database obtained from forced in-line and cross-flow motions of rigid cylinders is used to estimate the higher harmonic components of the force along the entire riser length.

According to the motion principle of rigid body kinematics, the motion of a mobile robot can be described using the formulas (1) and (2) below [1, 2]: v l = r ω l, v r = r ω r, (1).

This type of approach has been used in imaging and computer vision previously for motion analysis of rigid structures, but we modify and apply it to compute fluid motion based on temporal signals from MR images.

In this paper, the Rigid Flexible Interactive dynamics Modelling (RFIM) approach is introduced as a combination of Lagrange and Newton Euler methods, in which the motion equations of rigid and flexible members are separately developed in an explicit closed form.

Displacement of each node of the mesh, for any given motion of the rigid bodies, is obtained by interpolation from a set of deformed meshes corresponding to certain prescribed locations of the rigid bodies.