Sentence examples for improved controllability of from inspiring English sources
This study proposes improved controllability of a typical NiTi component by tapering its structure and presents closed-form solution for load displacement relation at different stages of loading cycle.
The improved controllability of the infiltration technique is expected to be useful to tailor porous microstructures to meet the multiple requirements for transport and electrochemical reactions within the anodes.
The proposed novel structure of the flow control valve promises to attain improved controllability, reliability and efficiency of the hydraulic control units of heavy mobile machinery operating at high flow rates regimes.
This method proved to be simple to operate, allowed improved controllability and non-toxicity of samples, and had a broad measurement range up to 4000 mg/l BOD.
Due to the high correlation between product moisture content and temperature, improved controllability is observed when vitamin C concentration is used as an output variable instead of product temperature.
Optimization results of the simultaneous approach indicate promising process designs and illustrate how controllability is a strong function of the process design and how careful design can result in significantly improved controllability without necessarily having to pay an economic penalty.
One obvious advantage of functionally graded shape memory alloys is their widened transformation stress and temperature windows that provide improved controllability in actuating applications.
(4) Segmental power supply and measurement control technology can improve controllability and maintainability of a power supply system, as discussed in Sect.
Increasing information heterogeneity and serendipity could be effective approaches for improving the controllability of social contexts.
This may provide extensive options for different plasma spraying applications and improve the controllability of plasma spraying technology.
Its basic aim is to improve the controllability of complex embedded systems by using principles found in organic entities [6, 7].
