JVE 国际有限公司
期刊
会议
图书
作者:Chelliah Muniyandi , Suresh Kumar Rajagopal
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1483-1509JVE
摘要:The Proposed research deals implementation of standalone dynamic solar array fed permanent magnet synchronous motor drive using zero voltage resonant switch converter for the reduction of switching losses and oscillations. The closed loop control voltage strategy has been pr...
作者:Aijun Chen , Feng Cheng , Di Wu ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1342-1352JVE
摘要:When a high-power vibrating roller compact the subgrade, the vibration wave will quickly propagate along the surface of the subgrade and generate hazards to surrounding environment and structure. To study the vibration propagation rules of the roller, the vibration acceleration o...
作者:Yongqi Chen , Qinge Dai , Yang Chen
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1271-1281JVE
摘要:Aiming at the fault classification problem of the rolling bearing under the uncertain structure parameters work condition, this paper proposes a fault diagnosis method based on the interval support vector domain description (ISVDD). Firstly, intrinsic time scale decomposition is ...
作者:Maciej Kozłowski
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1426-1440JVE
摘要:This publication provides a discussion concerning research aimed to analyse running properties of PRT vehicles. A PRT vehicle is guideway vehicle equipped with rubber-tyred wheels, running on a flat subgrade guideway of special design. The guideway cross-section is similar t...
作者:Liang Zhao , Yu-Ping Wu
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1330-1341JVE
摘要:The robotic arm carrying a moving end effector can be modeled as a rotating beam with moving mass. Active vibration control of rotating beam with moving mass using piezoelectric actuator is presented. Simply supported beam and cantilevered beam are considered in this studyin...
作者:Fangzheng Wang , Lei Yan , Jiang Xiao ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1472-1482JVE
摘要:The wearable lower limb power robotic exoskeleton is a device that can improve the human walking ability. In this paper, an improved exoskeleton device for knee joint is designed, including the improvement of mechanical structure and hydraulic cylinder. In order to verify the eff...
作者:Yingfeng Wu , Qingsi Cheng , Guolai Yang ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1241-1250JVE
摘要:The vibration of the barrel, induced by the interaction with a high-speed moving projectile, has a considerable influence on the shooting accuracy of a weapon. The finite element model of a multi-barrel was established with the goal to investigate its vibration characteristics in...
作者:D. Easu , A. Siddharthan , R. Amrutha
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1405-1413JVE
摘要:This work studies the vibration isolation of a single degree of freedom (SDOF) quarter car model under the influence of the magnetic field strength of electromagnet of a hybrid electromagnet (EM) and permanent magnet (PM) combination. Furthermore, the time history plot helps to s...
作者:Zhenjun Gao , Chaoqun Hu , Jianrui Liu ...
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1456-1471JVE
摘要:In order to study the layout and developments of pressure pulsation of the main flow passage component in magnetic drive pump, the full flow field numerical research of magnetic drive pump was done with CFX software, the pressure pulsation character of cooling circulating channel...
作者:Shaona Liu , Fuhao Liu
来源:[J].Journal of Vibroengineering(IF 0.452), 2019, Vol.21 (5), pp.1260-1270JVE
摘要:Gear rattle induced by backlash between meshing gears results in excessive vibration and noise in many gear systems. A dynamic model of a light-loaded spur gear pair with non-linear damping under no lubrication condition is presented in this paper. Unlike previous models, the eff...

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

×