BISOPE series
100- Vibration-Noise Resonance Highlights 407-visope (Active Noise,
Impact Vibration, Degree of Freedom, Acceleration Sensor)----------------------------------------------------
Active Vibration & Noise Control
Waves
possess energy. The algorithm for active control is as follows. Energy,
expressed as amplitude, flows over time, indicated by positive and negative
values. When a positive value and a negative value meet at the same time, they
form a wave and are equal to zero. Noise and vibration are also waves. https://contents.premium.naver.com/bisope/visope/contents/250219074909877vg
Shock and Vibration
The
role of each element in this shock-vibration damping mechanism is explained and
related common sense and knowledge are summarized as follows: 1. The sash
spring is installed between the vehicle body and the wheels and converts the
shock from the road surface and wheels into vibration. 2. Among the springs in
the chassis, coil springs handle vertical movement, while torsion bars handle
left-right torsional vibration. https://contents.premium.naver.com/bisope/visope/contents/250226080220187du
Move Your Neck Freely!
It's
undeniable that engineering exists to design, calculate, and predict the
movement of objects. First, the definition of "degrees of
freedom"—the coordinate system that expresses the movement of an object.
While the probability of this movement following these coordinates isn't
extremely high, it can at least be expressed using these coordinates. Now,
let's move our necks freely, thinking like an engineer. https://contents.premium.naver.com/bisope/visope/contents/250228081352553mz
Accelerometers are most commonly used for vibration measurement.
Accelerometers
aren't always required to measure vibration. Displacement sensors and velocity
sensors are also available. These sensors are so named because of the units of
amplitude they output (displacement-velocity-acceleration), but the amplitude
output must be expressed in terms of force, energy, or stress. https://contents.premium.naver.com/bisope/visope/contents/250227073528116aq
#Acceleration
sensor, #Piezoelectric, #Piezoelectric, #Vibration sensor, #Degree of freedom,
#Neck movement, #System, #Impact vibration, #Shock, #Active noise, #Active
vibration, #Active control, #3-axis vibration, #Vibration acceleration, #Sensor
sensitivity, #Wave
https://blog.naver.com/vs72
VISOPE
- Vibration and noise resonance displacement
measurement/analysis/monitoring/education: Naver Blog
Vibration/Noise/Resonance/Displacement/Dynamic
Load/Measurement/Fault Causes/Vibration Analysis/Building Vibration and
Noise/Rotating Machinery/Structural Vibration/Vibration Monitoring/Resonance
Analysis/Natural Frequency/FFT/Equipment Diagnosis/Early Failure/Frequency
Analysis/Vibration and Soundproofing/Plant Equipment/Building
Vibration/Construction Sites, Roads, and Railroads/Measuring
Equipment/Sensors/Wireless/Vibration and Noise Sensors/Acoustic Emission,
SDT/PDM, CBM, VMS, CMS/Machine-Structure-Pipe-Building-Construction-Railroads/Monitoring
Systems, MODAL/ODS/Vibration Qualification/Technical Consulting/Research
Review/Educational Lectures/Noise and Vibration Engineer/BISOPE/VISOPE,......www.kcbm.
www.kcbm.kr#vibration education, #frequency analysis, #resonance measurement#vibration
measuring instrument, #frequency setting, #Fmax, #maximum frequency, #sampling
frequency, #sampling rate, #FFT, #3-axis vibration sensor, #acceleration
sensor, #vibration education, #building vibration, #vibration measurement,
#resonance analysis, #resonance measurement, #vibration monitoring, #vibration
noise consulting www.kCBM.kr, https://blog.naver.com/vs72 , https://contents.premium.naver.com/bisope/visope
