3D Scanning System (Microflown USP)

Concepts

• salford
• sensors
• microflown usp
• 3d scanning system
• a microflown usp regular 3d sound intensity probe
• a 3d sound intensity vector field
• system
• usp
• scanning
• microflown

Location

Description

The requirement is for a 3D scanning system that is compatible with a Microflown USP Regular 3D Sound Intensity Probe (https://www.microflown.com/products/standard-probes/usp-regular) that we already possess. The scanning system should interface with this probe and provide synchronous position tracking and data logging. The software should implement post processing that allows a 3D sound intensity vector field to be computed from this data and then visualised and/or exported. Required features: • Sound intensity should be computed via the time-averaged cross-spectrum between the pressure and acoustic particle velocity sensors. • The system should be able to import a 3D geometry model and calibrate the 3D tracked probe positioning data to this. • The system should be able to track both the position and the orientation of the probe. • The system should be able to compute total radiated sound power from the measured sound intensity data, both over a total enclosing measurement surface or on partial 'panels' to allow diagnostic sound power contribution from different areas. • Export of data to Matlab .mat files and graphics to suitable image and video files.

CPV Codes

• 35125100 - Sensors
• 38000000 - Laboratory, optical and precision equipments (excl. glasses)

Indicators

• Contract is suitable for SMEs.

Other Information

The quote should also include cost for calibration of our Microflown USP Regular 3D Sound Intensity Probe. For further information, or to provide a quote. Please reach out to the notice contact directly.