Sentence examples for motion is formulated from inspiring English sources

In the present article the equation of motion is formulated by using the Newtonian approach.

The dynamics of relative motion is formulated as a nonlinear equation firstly and rewritten into QLTV model in latter application.

The velocity potential for fluid motion is formulated in terms of eigenfunction expansions using the collocation method.

The partial differential equation of motion is formulated by way of Hamilton's principle and then is discretized by the assumed mode method.

The dynamics of the secondary mass for K impacts in L cycles of the base motion is formulated in terms of a return map.

A finite element dynamic model of a sliding link through a prismatic joint where the prismatic joint hub is executing general planar motion is formulated.

The equations of motion are formulated using a coupled piezoelectric formulation solving for strain and electric charge.

The nonlinear equations of motion are formulated via an updated Lagrangian formulation taking the prestressed catenary equilibrium under gravity as the start configuration.

Renaissance Laws of motion are formulated; telescopic observations begin.

The equations of motion are formulated using Hamilton's principle.

The equations of motion are formulated in the frequency domain, assuming frequency-independent soil stiffness and damping constants.