Other industries

Free Field Technologies is active in a wide number of other industries:

  • wind turbines;
  • underwater acoustics;
  • development of new materials;
  • IT (cooling fan, disk drive);
  • lawn mowers and agricultural machines;
  • defense.

If you work in an industry that is not on this list ... we'd like to hear from you: we like nothing more than new challenges !

Wind Turbine Noise Radiation

Related Products: 
Innovative numerical fatigue methodology for piping systems: qualifying Acoustic Induced Vibration in the Oil&Gas industry
Numerical modelling and characterization of a heat exchanger
Hybrid Experimental - Numerical Method to Predict Far Field Noise of HVAC Unit
Validity of the transfer matrix method for modeling trim components in vibro-acoustic applications
Acoustic modeling of a Diesel Particulate Filter using a double equivalent fluid homogenization approach
Robust analysis of the acoustic transmission properties of a structure made of visco-elastic composite material
Aeroacoustic simulation of multiple wind turbine source interaction
Third-order acoustic finite elements and H-adaptivity for efficient acoustic simulations
Computational Aeroacoustic analysis of industrial fan application using a hybrid approach
Acoustic simulations using finite elements for shipbuilding applications
Aero-acoustics - Noise prediction of climate ducts
Vibro-Acoustic simulation of structure-borne induced radiation of ship windows
Presentation of a CAA formulation based on lighthill's analogy for fan noise
A New CAA Formulation based on Lighthill’s Analogy applied to an Idealized Automotive HVAC Blower using AcuSolve and Actran/LA
Validation of a CAA formulation based on Lighthill’s Analogy using AcuSolve and Actran/LA on an Idealized Automotive HVAC Blower and on an axial fan
Synergy between multi-body dynamics and acoustic simulation - Application to gear noise of a wind turbine
An efficient modal framework for dealing with Realistic randomly-excited vibro-acoustic model
Transmission loss simulation of treated HVAC ducts for railway applications