Sentence examples for mode are formulated from inspiring English sources

Additional constraints on the configuration mode are formulated because the mode can be transitioned to only a limited number of possible modes, as shown in Fig. 1.

The local failure mode was formulated as a system reliability problem.

Based on the suggested algorithm the problem of optimizing transfer times of standby elements to the hot standby mode and optimal sequencing of their transfer to the operation mode is formulated and solved.

The generalized force for any mode is formulated by assuming a distribution of the wind force power spectral density (PSD) along the structural height, and employing the base moments measured from HFBB wind tunnel tests.

The power consumption minimization problem in random sleeping strategy with femtocell closed access mode is formulated as: begin{array}{lll} underset{{q_{m}},{q_{f}}}{min} &{P_{m,rs}} + {P_{f,rs}} s.t.& {P_{fc,rs}^{m}} ge {varepsilon_{mr}}&qquadqquadqquadleft(17mathrm{a} right) &{P_{fc,rs}^{f}} ge {varepsilon_{fr}}&qquadqquadqquad left(17mathrm{b} right), end{array} (17).

Synchronous and asynchronous components of correlations for different modes are formulated.

The objective problem and constraint functions of the optimization model for energy management in the microgrid considering the two possible operation modes are formulated in this section.

An eight-node serendipity element free of shear locking and spurious zero-energy modes is formulated to model laminated composite plate problems.

Firstly, the state space form control model is formulated based on the complex mode theory.

Accurate analytical estimates of non-linear mode periods are formulated for both non-gyroscopic and gyroscopic systems.

Dynamic models of flow and squeeze mode mounts are formulated and design parameters are determined by considering a static load of 200 kg.