ADAMS_Vibration_振动分析模块教程.ppt
ADAMS_Vibration振动分析模块教程ppt
节选段落一:
ADAMS/Vibration
振动分析模块
教程
内容
了解模块功能;
了解Vibration与Linear模块的区别;
使用Vibration模块进行虚拟振动试验及方案设计。
Vibration Issues Facing
Engineers and Designers
How comfortable is ride, whether in automobile, airplane, railcar, or off-road machinery?节选段落二:
Solution: Extend Scope of
Virtual Prototyping
Motion/
Performance
Safety
Durability/
Fatigue
Noise/
Vibration
Three Reasons to Use ADAMS/Vibration
Take your system to different operating points to analyze vibratory behavior (without having to create new models)
Include effects of hydraulics, controls节选段落三:
an input channel
Spline defines PSD
ADAMS/Vibration Walk-Through
Step 2
Run analysis
Define inputs/outputs to use
Define operating point, frequency range, and steps
ADAMS/Vibration Walk-Through
Step 3
Post-processing
System Modes
Frequency Response Functions
Power Spectral Density
Modal Participation
ADAMS/Vibration
振动分析模块
教程
内容
了解模块功能;
了解Vibration与Linear模块的区别;
使用Vibration模块进行虚拟振动试验及方案设计。
Vibration Issues Facing
Engineers and Designers
How comfortable is ride, whether in automobile, airplane, railcar, or off-road machinery?节选段落二:
Solution: Extend Scope of
Virtual Prototyping
Motion/
Performance
Safety
Durability/
Fatigue
Noise/
Vibration
Three Reasons to Use ADAMS/Vibration
Take your system to different operating points to analyze vibratory behavior (without having to create new models)
Include effects of hydraulics, controls节选段落三:
an input channel
Spline defines PSD
ADAMS/Vibration Walk-Through
Step 2
Run analysis
Define inputs/outputs to use
Define operating point, frequency range, and steps
ADAMS/Vibration Walk-Through
Step 3
Post-processing
System Modes
Frequency Response Functions
Power Spectral Density
Modal Participation