您正在关注
关注用户错误。
该用户不允许他人关注他们。
您已经关注了这个用户。
您的会员计划仅允许0个关注。升级在此。
成功取消关注
取消关注用户错误
您已成功推荐
推荐用户错误。
出问题了，请刷新页面并重新尝试。
联系Hardik P.询问您的工作详情
登录并通过聊天讨论所有细节。
评论
变更已保存
这里没有评论！
教育
Public Policy Management
（少于一年）
Master's of Engineering
(2 年)
Bachelor of engineering
(4 年)
资质
Chartered Engineer (Mechanical)
Engineering Council (UK)
2020
Design and Development of mechanical components
Design Validation
Project approval
Public Policy Management
IIM Ahmedabad
2021
Policy Creator
Change Maker
Policy Analyst
Policy Advisor
出版物
Structural analysis of hydraulic piston cylinder assembly
IJSRD journal
The hydraulic system is mostly used when the power requirement is high. The system is comparatively too large for light load hydraulic operations. The paper represents the use of hydraulic piston-cylinder assembly for lifting the light load. The whole structure dimensions and design is considered as per the loading conditions. The structural and linear buckling analysis has been successfully completed for the structure design.
Fault detection of rotor system due to disc mass imbalance and misalignment in Flange coupling
publication descriptionINTERNATIONAL JOURNAL OF SCIENTIFIC ENGINEERING AND RESEARCH
Misalignment can apply to a single piece of rotating equipment with a bent shaft or a straight shaft forced to rotate in three or more bearings which are not co axially aligned. In this paper a survey is made of the various types of misalignment often encountered in rotating machinery and the vibration characteristics which arise due to these misalignment are examined. In particular lateral, axial and angular coupling misalignment will be studied as a function of flexible coupling vibration.
联系Hardik P.询问您的工作详情
登录并通过聊天讨论所有细节。
认证
邀请已发送成功！
谢谢！我们已通过电子邮件向您发送了索取免费积分的链接。
发送电子邮件时出现问题。请再试一次。
加载预览
授予地理位置权限。
您的登录会话已过期而且您已经登出，请再次登录。