Model your aircraft noise project in accordance to:
- AzB /-L /-H /2007-05 /AzB strict
- DIN 45643 / DIN 45643 strict
- DIN 45684-1:2006-09
- Swiss Aircraft Noise Calculation
- ECAC Doc 29 / Doc 29 (EU-Interim)
Use the SoundPLAN aircraft model to create, evaluate and compare multiple scenarios with different approach and departure routings, different aircraft, and different scheduling. SoundPLAN has 3 calculation modes, the assessment of single receivers, the direct generation of specific noise contours and the calculation of noise maps.
For all the calculations, post processing tools are available in the Documentation and in the Graphics. Noise maps resulting in Leq calculations can also be overlaid with other noise maps that cover other aspects of the airport (run-ups, taxiing operations, air conditioning, etc.) to form a comprehensive picture.
Airports are the central location for flight. The world coordinates of the airport reference point defines the entire geometry relative to this location. There can be many runways in an airport, all referenced to the airport reference point. Depending on the weather, each runway is used in different directions, each identified by rounding the direction to the closest 10 degrees. Thus, on runway 31, an aircraft would land towards the northwest, but when the wind changes, it would land on runway 13, towards the south east.
All flight paths tie into a runway. They are defined only with the element of a straight line with a heading of x-degrees and a turn to left/right with a given radius. As aircraft do not run on rails, slight deviations must be accounted for by defining a corridor width. The climb and descent profile, as well as the acoustical properties, are defined in the SoundPLAN aircraft class library. The library is delivered as a system library, but can be amended any time to customize it for a particular airport or operations.