Products
Your personal contact
+43 2231 20357
Norms + calculation methods
A selection of international norms and calculation methods from European countries and international normalisation bodies is available in IMMI.
In IMMI both emission and noise propagation are calculated using official and recognised calculation methods. A given calculation method is coded in an IMMI library.
In combination with the framing base software, the optimal combination to suit your specific applications can be tailored.
The list of international methods is presented in a structured way: the EU recommended INTERIM computation methods for strategic noise mapping and all other international methods.
Download: Noise Mapping and Noise Prediction
| Calculation method (Scope) | Description |
|---|---|
| BNPM (uni) | The Universal Noise Prediction Method is based on the German DIN 18005 (5/87) and features road/railway/industrial noise |
| RLS-90(D) | Guideline on road noise protection incl. Bavarian car park noise study |
| RVS 04.02.11(A) | Calculation of road traffic noise incl. Bavarian car park noise study |
| SonRoad (CH) | Calculation of road traffic noise |
| StL-86 (CH) | Calculation of road traffic noise |
| CRTN (GB) | Calculation of road traffic noise |
| TemaNord 1996:525 (Nordic) | Road-traffic noise - Nordic Prediction Method |
| SCHALL03 (D) | Guideline on the calculation of railway noise |
| Schall Transrapid (D) | Calculation of magnetic train noise |
| ON-Regel 305011 (A) | Calculation of railway noise |
| Semibel (CH) | Calculation of railway noise |
| CRN (GB) | Calculation of railway noise |
| TemaNord 1996:524 (Noridc) | Railway noise - Nordic Prediction Method |
| XP S 31-133 / NMPB (F/EU) | Noise of earth-bound transport – Calculation of the attenuation of sound during propagation outdoors including meteorological effects (with French emission model Guide du Bruit 1980) |
| NMPB 2008 | Noise of earth-bound transport – Calculation of the attenuation of sound during propagation outdoors including meteorological effects (with French emission model Guide du Bruit 2008) |
| RMW / SRM II (NL) | Reken- en Meetvoorschrift Wegverkeerslawaai |
| RMR / SRM II (NL/EU) | Reken- en Meetvoorschrift Railverkeerslawaai |
| Ut 2-1.302:2000 MSZ 07-2904:1990 MSZ 15036:2002 (H) |
25/2004. (XII.20.) KvVM sz. miniszteri rendelet “a stratégiai zajtérképek valamint az intézkedési tervek készítésének szabályairól” |
| ABSAW (D) | Instruction to calculate airborne noise propagation from waterways BfG - 1250 Edition June 2003 |
| VDI 2571/2714/2720 (D) | Noise radiation from industrial buildings, Outdoors noise propagation, Noise protection by screening outdoors incl. car park study (normal case) |
| ISO 9613-2 (D/EU) | Acoustics – Attenuation of sound during propagation outdoors including car park study (normal case) |
| ÖAL 28 (A) | Noise radiation and noise propagation |
| BS5228 (GB) | Noise and vibration control on construction and open sites |
| Handleiding Industrie (NL) | Handleiding meten en rekenen industrielawaai 1999 Instruction on measurement and calculation on industrial noise 1999 |
| NORDFORSK 32 Nordic | Nordic General Prediction Method |
| VDI 3760 | Sound propagation inside workrooms (sound decay curves) according to VDI 3760, determination of sound power levels according to EN ISO 3744 (enveloping surface method) |
| Aircraft Package D | Determination of aircraft noise at airfields according to AzB/AzB-L, DIN 45684-1, demands of AzB "new" included |
| Aircraft Package A | Determination of aircraft noise at airfields according to ÖAL 24 (2004) |
| Aircraft Package H | Determination of aircraft noise at airfields according to AzB (Hungary) |
| Aircraft Package EU | Report on Standard Method of Computing Noise Contours around Civil Airports according to ECAC.CEAC Doc 29 |
| Gaussian plume model (uni) | Air dispersion modeling for gas, dust and odour according to TA Luft 1986, Annex C |
| VDI 3945-3 (D) | Lagrangian particle model for gas and dust |
| ÖNORM M 9440 (A) | Dispersion of air pollutants in the atmosphere – Calculation of concentrations and determination of stack height, Calculation of concentrations in the near field according to Stern/Giebel |