CUSTIC Software: noise pollution effects

CANARINA:

CUSTIC:

CUSTIC

Solutions

Algorithms I Algorithms II

GIS

Google maps

Modifying data as time progresses:

Some discharge data can vary with time (air temperature, noise power,...). Taking this into account, the program can do temporal averages in the calculation. In the CUSTIC software, these data are allowed to vary with time.

Variables that can be modified as time progresses:

Noise level (dB)

Temperature (degrees Celsius)

Relative humidity (%)

Commands for obtained data:

Calculation colours.- By means of this command, we will be able to change the colors of the isolines, of the maximum point and of the point sources.

Fonts.- This command is an auxiliary tool for making the maps of noise pollution. In this command we have two different options. We can choose: font size and source label (Yes/No).

Number of isolines.- This command is an auxiliary tool for making the maps of noise pollution. We will decide the number of isolines in the screen that we will take to make the representation. In certain situations, it can be interesting to have a high number of isolines for a better visualization. We will use this command before using the calculation command because this parameter should be perfectly defined before running the simulation. If you click the Number of isolines button, the next program window is shown:

In this window we will be able to choose the number of isolines that we want to have in our computer screen. To calculate the lines, the program also considers to the maximum point as a line.

Grid size.- The grid size is an important parameter in the configuration of the system. We will decide the number of calculation points in the grid that we will take to make the simulation. As we increase the number of points, the computer will take much more time in carrying out the calculation but the result will be much more exact. If you click the Grid size command, the next program window is shown:

In this window we will be able to choose the number of grid points (calculation points) that we want to have in the X-Axis. The number of points to calculate will increase quadratically with the number of grid points along the X-Axis N, that is to say, it will increase as N².

DATA: Input data I - Input data II - Input data III - Input data IV - Input data V - Import and export data - Software commands - GIS

Six different noise sources in the XZ plane considering topographic lines. It is shown isolines.

Canarina Algoritmos Numéricos, S.L.

Environmental software solutions

Canary Islands, Spain

e-mail: contact us

European network on pollution · European Union

Member of MAPO: European network on Marine Pollution.

Project funded by the European Commission

through the 6th Framework Programme for Research and Development

car noise

CANARINA: Home - Air pollution · DISPER - Noise pollution · CUSTIC - Water pollution · DESCAR - Contact us

CUSTIC: Noise pollution · CUSTIC - Software solutions - Software advantages - Price - DEMO download

DATA: Input data I - Input data II - Input data III - Input data IV - Input data V - Import and export data - Software commands

ALGORITHMS: Algorithms I - Algorithms II

CUSTIC software solutions: This application has been used in great number of environmental reports, noise courses and noise studies in the last years. We currently have users in more than 10 countries.

Worcester - noise barrier system - noise control barriers - noise barrier calculation -

York - noise attenuation barriers - noise attenuation barrier - tree noise barrier -

Gloucestershire - noise barrier cost - flexible noise barrier -

North Yorkshire - sound barriers - sound walls -

Hampshire - design barriers - noise screen - isolation barriers -

Newry -construction barriers - noise walls - garden barriers -

Norwich - acoustic barriers - road barriers - concrete barriers -

Nottingham - noise fences - noise fence - fence barriers -

Oxford - noise isolation - noise material - db noise - noise pollution effects

Peterborough - acoustic barrier - noise reduction - industrial noise control -

Plymouth - sound barrier walls - soundproof barriers - noise control -

Portsmouth - traffic barriers - highway barriers - landscaping barriers -

Preston - acoustic noise - transmission noise - barriers signs -

Ripon - sound barrier wall - soundproofing barriers - sound barrier - sound wall -

Salford - landscape barriers - outdoor barriers - noise fencing -

Salisbury - noise panel - control barriers - noise soundproofing -

Sheffield - noise barrier design handbook - noise sound barriers - noise barries -

St Albans - absorbing barriers - decibel noise - noise tree -

St David's - noise barrier home - noise barriers uk - noise as a barrier -

Stirling - noise dampening - noise stc - noise damping - noise pollution effects

Sunderland - environmental noise near airport report - noise software modeling in roads - noise prediction in plants -

Armagh - environmental pressure - environmental epa - environmental assessment -

Bangor - environmental protection noise regulations 1997 - environmental protection noise - environmental noise assessment -

Bath - environmental noise near airport report - noise software modeling in roads - noise prediction in plants -

Belfast - noise software modeling in highways - noise prediction in industries - environmental climate change -

Birmingham -environmental project - study noise - noise problems -

Bradford - environmental protection noise regulations - environmental protection act 1990 noise - environmental noise monitoring -

Brighton & Hove - environmental noise pollution - environmental noise control manual - environmental noise measurement -

Bristol - effect of noise - loud noiseenvironmental effects - report noise

Cambridge - noise software modeling in plants - noise prediction in highways - environmental impacts -

Nottingham - environmental noise near chemical industry study - noise software modeling in industries - noise prediction in railways

Oxford - environmental noise regulations - environmental noise directive - environmental health noise pollution

Peterborough - environmental noise control - environmental health noise - environment noise -

Plymouth - noise model - noise plot - theory prediction - noise pollution effects

Portsmouth - modeling prediction - noise speech - prediction model -

Preston - environmental noise near airport report - noise software modeling in roads - noise prediction in plants -

Ripon - noise software modeling in highways - noise prediction in industries - simulation prediction -

Salford - environmental noise regulations 2006 - environmental noise solutions - environmental criteria for road traffic noise

Salisbury - environmental noise levels - air noise environment - environmental protection agency noise -

Wakefield - environmental planning - planning noise - construction noise -

Westminster -environmental acoustic - environmental study - environmental health and safety -

Winchester - environmental control - environmental damage - sound noise -

Wolverhampton -environmental regulation - city noise - environmental levels

Worcester - environmental noise near cement plants study - noise software modeling in plants - noise prediction in highways

Lincoln - environmental noise near airport report - noise software modeling in roads - noise prediction in plants -

York - noise ecg - noise flow - noise source - noise pollution effects

Gloucester - noise coherence - noise methods - noise smoothing -

Hereford - noise quantization - noise response - estimation prediction -

Inverness - adaptive prediction - equation prediction - noise simulation

Kingston upon Hull - environmental noise ne - linear prediction - domain prediction -

Copyright © 2005 Canarina Algoritmos Numéricos, Sociedad Limitada Unipersonal CIF-B38803110 registered for electronic commerce in sheet TF-35526, sheet 1 of the volume 2.671 of the General Section, First Registration, Registro de la Propiedad Número 2 y Marcantil of , Spain. All rights reserved.