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16篇 您的检索式：作者名="Vedvik"

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		题名	作者	年代	出处	被引量
	1	Invasion percolation and secondary migration: experiments and simulations显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，7：	1
	2	Kappa opioid receptor screen with the Tango beta-arrestin recruitment technolo- gy and characterization of hits with second-messenger assays 显示文摘	DOUCETTE C VEDVIK K KOEPNICK E	2009	J Biomol Screen2009，14，4：	1
	3	Invasion percolation and secondary migration:experiments and simulations显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，，17：	1
	4	Invasion percolation and secondary migration : experiments and simulations 显示文摘	Meakin P Wagner G Vedvik A	2000	Marine & Petro Geol2000，17，7：	1
	5	Analysis of thick walled composite pipes with metal liner subjected to simultaneous matrix cracking and plastic flow显示文摘	Vedvik N P Gustafson C G	2008	Composites Science and Technology2008，68，：	1
	6	Invasion percolation and secondary migration:experiments and simulations显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，7：	1
	7	Inva- sion percolation and secondary migration experi- ments and simulations显示文摘	MEAKIN P WAGNER G VEDVIK A	2000	Marine and Petroleum Geology2000，17，7：	1
	8	Invasion percolation and secondary migration: experiments and simulations 显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，7：	1
	9	Invasion percolation and secondary migration : experiments and simulations 显示文摘	Meakin P Wagner C Vedvik A	2000	Marine and Petroleum Geology2000，17，7：	1
	10	Invasion percolation and secondary migration: Experiments and simulations 显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，7：	1
	11	Invasion percolation and secondary migration: experiments and simulations 显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，：	1
	12	Invasion percolation and secondary migration : experiments and simulations 显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，：	1
	13	Invasion percolation and secondary migration : experiments and simulations 显示文摘	Meakin P Wagner G Vedvik A	2000	Marine and Petroleum Geology2000，17，7：	1
	14	Recent advances in the expression of the foreign genes in Pichia pastoris 显示文摘	CREGG J M VEDVIK T S RASCHKE W C	1993	Biotechnology1993，11，8：	1
	15	An invasive cleavage assay for direct quanthation of specific RNAs显示文摘	Eis P S Olson M C Takova T Curtis M L Olson S M Vener T I Ip H S Vedvik K L		0，，07：	1
	16	风浪方向不一致对风机叶片对接过程中撞击速度、叶根损伤和结构安全评估的影响分析显示文摘Most wind turbine blades are assembled piece-by-piece onto the hub of a monopile-type offshore wind turbine using jack-up crane vessels.Despite the stable foundation of the lifting cranes,the mating process exhibits substantial relative responses amidst blade root and hub.These relative motions are combined effects of wave-induced monopile motions and wind-induced blade root motions,which can cause impact loads at the blade root’s guide pin in the course of alignment procedure.Environmental parameters including the wind-wave misalignments play an important role for the safety of the installation tasks and govern the impact scenarios.The present study investigates the effects of wind-wave misalignments on the blade root mating process on a monopile-type offshore wind turbine.The dynamic responses including the impact velocities between root and hub in selected wind-wave misalignment conditions are investigated using multibody simulations.Furthermore,based on a finite element study,different impact-induced failure modes at the blade root for sideways and head-on impact scenarios,developed due to wind-wave misalignment conditions,are investigated.Finally,based on extreme value analyses of critical responses,safe domain for the mating task under different wind-wave misalignments is compared.The results show that although misaligned wind-wave conditions develop substantial relative motions between root and hub,aligned wind-wave conditions induce largest impact velocities and develop critical failure modes at a relatively low threshold velocity of impact.	Amrit Shankar Verma Zhiyu Jiang Zhengru Ren Zhen Gao Nils Petter Vedvik	2020	Journal of Marine Science and Application2020，19，2：	0

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