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18篇 您的检索式：作者名="Sinapius"

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		题名	作者	年代	出处	被引量
	1	Primary structure mass estimation in early phases of aircraft development using the fi- nite element method显示文摘	Wenzel J Sinapius M Gabbert U	2012	CEAS Aeronautical Journal2012，3，1：	1
	2	Analysis of swept-sine runs during modal identification显示文摘	Gloth G Sinapius M	2004	Mechanical System and Signal Processing2004，18，：	1
	3	Quantitation of the reinforcement effect of silica nanoparticles in epoxy resins used in liquid composite moulding processes显示文摘	Mahrholz T St(a)ngle J Sinapius M	2009	Composites:Part A2009，40，：	1
	4	Quantitation of the reinforcement effect of silica nanoparticles in epoxy resins used in liquid composite moulding processes 显示文摘	Mahrholz T Stangle J Sinapius M	2009	Composites: Part A2009，40，：	1
	5	Quantitation of the reinforcement effect of silica nanoparticles in epoxy resins used in liquid composite moulding processes显示文摘	Mahrholz T Stangle J Sinapius M	2009	Composites:Part A2009，40，：	1
	6	Analysis of swept-sine runs during mo-dal identification显示文摘	GLOTH G SINAPIUS M	2004	Mechanical Systems and Signal Processing2004，18，6：	1
	7	Influence and characterization of weaknon-linearities in swept-sine modal testing显示文摘	GLOTH G SINAPIUS M	2004	Aerospace Sci-ence and Technology2004，8，2：	1
	8	Primary structure mass estimation in early phases of aircraft development using the finite element method显示文摘	Wenzel J Sinapius M Gabbert U	2012	CEAS Aeronauti- cal Journal2012，3，1：	1
	9	Detection and description of non-linear phenomena in experi- mental modal analysis via linearity plots显示文摘	Goge D Sinapius M Fullekrug U	2005	Interna- tional Journal of Non-linear Mechanics2005，40，：	1
	10	Primary structure mass estimation in early phase of aircraft development using the finite element method 显示文摘	Wenzel J Sinapius M Gabbert U	2012	CEAS Aeronaut Journal2012，3，44：	1
	11	Detection and description of non-linear phenomena in experimental modal analysis via linearity plots 显示文摘	Goge D Sinapius M Fullekruga U	2005	International Journal of Non- linear Mechanics2005，40，1：	1
	12	Quantitation of the reinforcement effect of silica nanoparticles in epoxy resins used in liquid composite moulding processes显示文摘	MAHRHOLZ T STANGLE J SINAPIUS M	2009	Composites Part A:Applied Science and Manufacturing2009，40，3：	1
	13	Advanced test strategy for identi? cation and characterization of nonlinearities of aerospace structures 显示文摘	Goge D Sinapius M Follekruga U	2005	AIAA Journal2005，43，5：	1
	14	Experiences with dynamic load simulation by means of modal forces in the presence of structural non-linearities 显示文摘	Guge D Sinapius J M	2006	Aerospace Science and Technology2006，10，5：	1
	15	Primary structure mass estimation in early phases of aircraft devel- opment using the finite element method显示文摘	WENZELJ SINAPIUS M GABBERT U	2012	CEAS Aero- nautical Journal2012，3，1：	1
	16	查看详情显示文摘	Konnicke D Kuhn A Mahrholz T Sinapius M		0，，：	1
	17	Identification of Modal Parameters, Generalized and Effective Masses during Base-driven Tests 显示文摘	U Fullekrug J M Sinapius	1998	Aerospace Science and Technology (S1270-9638)1998，2，7：	1
	18	Morphology-and ion size-induced actuation of carbon nanotube architectures显示文摘Future adaptive applications require lightweight and stiff materials with high active strain but low energy consumption.A suitable combination of these properties is offered by carbon nanotubebased actuators.Papers made of carbon nanotubes(CNTs)are charged within an electrolyte,which results in an electrical field forming a double-layer of ions at their surfaces and a deflection of the papers can be detected.Until now,there is no generally accepted theory for the actuation mechanism.This study focuses on the actuation mechanism of CNT papers,which represent architectures of randomly oriented CNTs.The samples are tested electrochemically in an in-plane set-up to detect the free strain.The elastic modulus of the CNT papers is analyzed in a tensile test facility.The influence of various ion sizes of water-based electrolytes is investigated.During the tests,four parameters that have a significant influence on the mechanical performance of CNT papers were identified:the test conditions,the electrical charging,the microstructure and the ion size.All of these influencing factors point to the mechanically weak inter-tube linking at which the actuation seems to take place.Quadratic voltage-strain correlation suggests a combination of electrostatic and volumetric effects as the possible reason for CNT paper actuation.	Sebastian M.Geier Thorsten Mahrholz Peter Wierach Michael Sinapius	2018	International Journal of Smart and Nano Materials2018，9，2：	0

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