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5篇 您的检索式：作者名="Qianwei Sun"

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		题名	作者	年代	出处	被引量
	1	Uniform Non-Bernoulli Sequences Oriented Locating Method for Reliability-Critical Gates显示文摘Hardening reliability-critical gates in a circuit is an important step to improve the circuit reliability at a low cost.However,accurately locating the reliability-critical gates is a key prerequisite for the efficient implementation of the hardening operation.In this paper,a probabilistic-based calculation method developed for locating the reliabilitycritical gates in a circuit is described.The proposed method is based on the generation of input vectors and the sampling of reliability-critical gates using uniform non-Bernoulli sequences,and the criticality of the gate reliability is measured by combining the structure information of the circuit itself.Both the accuracy and the efficiency of the proposed method have been illustrated by various simulations on benchmark circuits.The results show that the proposed method has an efficient performance in locating accuracy and algorithm runtime.	Jie Xiao Zhanhui Shi Weidong Zhu Jianhui Jiang Qianwei Zhou Jungang Lou Yujiao Huang Qiou Ji Ziwen Sun	2021	Tsinghua Science and Technology2021，26，1：	1
	2	Nonel robust stability criteria for uncertain systems with time-varyingdelay显示文摘	QIANWei CONG Shen SUN Youxian	2009	Appl Math Comput2009，215，：	1
	3	Improved robust stability criteria for uncertain systems with time-varying delay显示文摘	QIANWei WANG Lei SUN You	2011	Asian Journal of control2011，13，6：	1
	4	A less conservative robust stability criteria for uncertain neutral systemswith mixed delays显示文摘	QIANWei LIU Juan SUN Youxian	2010	Mathematics and Computers in Simulation2010，80，：	1
	5	Non-adiabatic flow characteristics of micro impeller显示文摘Non-adiabatic working condition is one of the major causes of performance deterioration in micro gas turbine engines.Complex micro scale geometry,low Reynolds number operating condition and high surface to volume ratio all lead to severe heat transfer.This paper first established a simple heat transfer model to determine appropriate non-adiabatic boundary condition for computational fluid dynamics(CFD)simulations.Isothermal wall temperature is identified as a heat transfer boundary based on model analysis in combination with material selection for pre-design of the engine and verified by the experiment carried out on directed structure applied in the model.A series of numerical simulations with adiabatic and non-adiabatic boundary conditions is then carried out to study the flow characteristics of high speed,low Reynolds number micro impeller.The physical nature for significant performance degradation related to flow behavior changes due to heat transfer effect is revealed by detailed analysis of typical flow features extracted from the comparative investigation.The result established the basis for heat transfer modeling of micro impeller purposing implications for design modification in order to attain high efficiency and better performance.	Qianwei Sun Qiushi Li Ali Arshad Zhiping Li	2014	Propulsion and Power Research2014，3，1：	0

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