Sentence examples for designed steady from inspiring English sources

It has been shown that this EHD based controller can regulate subject to ±25% deviation in load from the designed steady state load condition.

For the current MED-TVC configuration, it is recommended to limit the reduction in the seawater cooling flow rate to under 12% of the designed steady-state value to avoid dry out in the evaporators.

It can be used to study damped vibration behavior of the gene network and reveal how fast the gene networks respond to perturbation of environments and how accurately the networks can finally achieve the designed steady-state values.

Normally, the heat exchangers are designed for steady state operations.

A long-waist cone flow meter is designed for steady differential pressure measurement and relatively small overall pressure drop.

With TMS320F28335 as a controller, the output voltage loop based on PI algorithm is designed to steady the AC high voltage, and phase-shifted control changes the output power, and frequency tracking of load current remained series quasi-resonant state.

We present a validation strategy for enhancement of an unstructured industrial finite-volume solver designed for steady RANS problems for large-eddy-type simulation with near-wall modelling of incompressible high Reynolds number flow.

Using a collocated set of sensors and actuators, simple local output feedback controllers are designed that are capable of achieving process regulation at the design steady state conditions.

These phenomena are related to the presence of large-amplitude steady-state solutions of the yawing motion, which can serve as attractors for some trajectories, preventing the body from attaining the design steady state of low amplitude.

The component map tuning method, that is developed in the object oriented Matlab Simulink environment, is implemented in a dynamic gas turbine engine model and tested in off-design steady state and transient as well as degraded operating conditions.

The proposed actuator scheduling policy is algorithmically realized through a simple closed-loop performance requirement that forces the actuator to move close to a location, where the maximum deviation of the process state from the reference design steady state occurs in the presence of spatiotemporally varying disturbances.