This paper presents the basic theory and characteristics as well as the application prospect of EBM,the whole process of titanium alloy hanging-parts rapidly produced by EBM technology is described also.
EBM技术是1990年代中期发展起来的现代先进制造技术,文中介绍了EBM技术的基本原理、特点、应用前景以及悬挂部件钛合金的快速制造工艺过程。
A mechanics model for engine mount system is established with MATLAB based on dynamic stiffness of engine mounts in idle condition.
与静刚度模型相比,以悬置元件动刚度建立的模型,其动态参数与运行模态参数更为接近,表明动刚度模型能更好地模拟悬置系统实际工况下的动态特性。
static stiffness of the moving element suspensio
运动部件悬挂静刚度
dynamic stiffnesss of the moving element suspension
运动部件悬挂动刚度
mechanical resonance frequency of the moving element suspensio
运动部件悬挂机械共振频率
In Suspension Kinematic Control System The Software Design And Sythetic Testing
悬挂运动控制系统中软件算法设计与综合调试
Study of the Motion law of Suspended Two-Degree-of-Freedom GyroCompass;
悬挂式二自由度陀螺经纬仪运动规律的研究
Finite Element Analysis of Modality Test of Suspension System Follow-up Unit Based on ANSYS Software
基于ANSYS软件的模态测试悬挂系统随动部件有限元分析
a sculpture suspended in midair whose delicately balanced parts can be set in motion by air currents.
悬挂在半空中的雕塑品，它精巧的平衡部分在风吹的时候可以运动。
Analysis of the Motion of the Suspended Single-Degree-Of-Freedom Gyrocompass Restrained by Permanent Magnet Bearings;
永磁轴承约束的悬挂式单自由度陀螺罗盘仪运动分析
Dynamic Response Analysis of Double Pantograph-Rigid Suspension Catenary Coupling System;
双弓—刚性悬挂接触网耦合系统动力响应分析
Design of Suspension-sport Control System Based on FPGA
基于FPGA控制的悬挂运动控制系统设计
Study on the boistiong of movement control system design with MCU
基于单片机的悬挂运动控制系统设计
To move by swinging with the arms from one hold to another, as certain apes do.
悬挂攀缘用双臂交互抓握以悬挂方式运动，如某些猿类所做的
Study on the Static and Dynamic Mechanisms of CFRP Cable Suspended Building Structures;
CFRP索悬挂建筑结构静力和动力分析及研究
A Modal Analysis on the Dynamic Stiffness of Vehicle Engine Mounts System
汽车发动机悬置系统动刚度模态分析
Titanium Alloy Hanging-parts Rapidly Manufactured by the EBM Technology
面向EBM技术的悬挂部件钛合金快速制造
Static and Stiff Analysis of Structural Parts Based on COSMOS/Works
基于COSMOS/Works的构件静强度与刚度分析
Analysis and Research of Active Magnetic Suspension Rotor Rigidity & Damping;
主动磁悬浮转子刚度、阻尼分析与研究
Negative stiffness based control strategy of vehicle semi-active suspension
车辆半主动悬架负刚度控制策略研究