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Vibration Analysis

For the analysis of dynamic systems we apply various experimental and numerical methods like:

  • experimental and numerical modal analysis as well as their correlation
  • simulation and measurement of operating vibrations, operating deflection shapes (ODS)
  • structural durability
  • rotor dynamics and orbit analysis
  • simulation and analysis of nonlinear vibrations, analysis of dynamic stability, self-synchronization
  • signal analysis of stationary and transient vibration quantities, spectral analysis, order analysis, envelope analysis, Cepstrum analysis, wavelet analysis
  • control-engineering design of dynamic systems

For the optimal dynamic design of your components, assemblies, machines or equipments, we apply one or more of these methods, adjusted to your specific task.

Schwingungsanalyse

diaphragm couplings

 

rotor dynamics

 

self-synchronization

 

spur gearbox

 

dynamic vibration absorber

 

automatic gearbox

 

vibration positioner

 

oscillating conveyor

 

human vibration

 

cabin vibrations

 

mobile crane

 

spindle drive

 

positioning motor

 

CFRP drive shaft

 

analysis methods measurement data

 

glass polishing

 

mobile crane

 

squeaking disk brake

 

chain brake

 
 

electric car drive unit

 
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