Sentence examples for systems with rigid from inspiring English sources

The method is applicable to systems with rigid and flexible bodies.

This method can be generally applied to systems with rigid or flexible (that is, perfectly elastic) constraints.

The calculation of the spectrum of Lyapunov exponents for impact-vibrating systems with rigid constraints is given in detail.

Application of the proposed techniques is illustrated through the examples of homogeneous and composite axisymmetric tower water systems with rigid and flexible foundations.

A performance-based plastic design method for SPSW systems with rigid beam-to-column connections is proposed in this work, which sets a specific ductility demand and a preferred yield mechanism as its performance targets.

In order to show the validity of this method, the spectrums of Lyapunov exponents are calculated in a large range of parameters for two given dynamical systems with rigid constraints and used to predict the dynamic behaviour.

The actual system is transformed into a system with rigid bodies without elastic deformation and elastic shaft sections without the moment of inertia [13, 14].

A system with rigid adiabatic walls will degrade eventually to chemical equilibrium, a state of maximum entropy.

Numerical results demonstrate that a system with flexible supports may be designed with the same fundamental natural frequency as that of a system with rigid supports.

As a result, a number of approaches were developed to optimise a single- and multi-fixture assembly system with rigid (3-2-1 fixtore layout) to deformable parts (N-2-1 fixture layout).

This research program evaluated the flexural capacity of a metal building wall system with rigid board foam insulation sandwiched between C- and Z-section girts and through-fastened steel panels.