JVE 国际有限公司
期刊
会议
图书
作者:Ekaterina L. Kuznetsova , Elena L. Kuznetsova , Lev N. Rabinskiy ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.1108-1117JVE
摘要:The plate theory of N th order is constructed on the background of the Lagrangian variational formalism of analytical dynamics of continuum systems and the dimensional reduction approach of I. N. Vekua – A. A. Amosov. The plate model is defined within the configuration space...
作者:Andrzej Katunin
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.954-962JVE
摘要:Due to the increasing use of composite materials for load-carrying structures that subjected to high-magnitude cyclic loading or vibrations, it is essential to investigate the accompanying phenomena occurring during structural degradation. The phenomenon, which may significantly ...
作者:Maryam Zare
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.881-890JVE
摘要:In this study, an inverse method for the purpose of identifying the parameters of a single-edge crack in a curved beam is investigated. This method requires both numerical and experimental natural frequencies. The differential quadrature element method (DQEM) is introduced to get...
作者:Yongliang Yang , Rongzhong Liu , Rui Guo ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.1179-1193JVE
摘要:Based on Detached Eddy Simulation (DES) technique, the flow around a columnar projectile with different cross-section shapes in the supercritical and extremely supercritical region is simulated by the Fluent. The cross-section of the projectile is regular polygon, which numb...
作者:Xiao Ying Wang
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.1144-1160JVE
摘要:This paper numerically computed the problem of pressure fluctuations in the open air and tunnel based on the virtual computer technology, and experimentally verified the correctness of the numerically computational model. In the open air, pressure fluctuation at the nose tip of t...
作者:Fu Lin , Shuguang Zuo , Wenzhe Deng
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.923-935JVE
摘要:Rotor eccentricity is a common fault in permanent magnet synchronous motors. Its effect on the vibration and noise is thoroughly investigated in this paper. The additional force harmonics due to static eccentricity and dynamic eccentricity are firstly derived with the rotational ...
作者:Ye-gang Chen , Qian Wu
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.1161-1178JVE
摘要:Based on three-dimensional, non-steady, compressive and unsteady control equations and k - ε turbulence model, the paper adopts the finite volume method and moving grid technologies to conduct a numerical simulation analysis on pressure waves and aerodynamic forces (force mo...
作者:Liping Peng , Runxin Fang , Huihui Feng ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.858-871JVE
摘要:Compared with a traditional unilateral-driven large vibrating screen, the proposed dual-side excitation large vibrating screen (DELVS) has a simpler screen structure and less vibration mass, which might improve its reliability. A DELVS with metal cylindrical coiled springs i...
作者:Kęstutis Radžiūnas , Margarita Radžiūnienė , Alfonsas Vainoras ...
来源:[J].Journal of Measurements in Engineering, 2018, Vol.6 (1), pp.53-63JVE
摘要:Asymmetry of body parts refers to absence of symmetry and unevenly developed body parts in terms of the axis and plane. It has been long ago noticed that no perfectly correct human body exists, and bodies are to a greater or lesser extent asymmetric. A passive way of life, insuff...
作者:Fengrong Bi , Teng Ma , Chunchao Liu ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2018, Vol.20 (2), pp.936-953JVE
摘要:Engine knock limits the thermal efficiency improvement of spark-ignition (SI) engines. Thus, the extract research of the knock characteristics has a great significance for the development of gasoline engines. The research proposes a novel knock detection and diagnosis method in S...

我们正在为您处理中,这可能需要一些时间,请稍等。

资源合作:cnki.scholar@cnki.net, +86-10-82896619   意见反馈:scholar@cnki.net

×