Sydney's largest ever transport infrastructure projects such as Sydney Metro and WestConnex are just a few examples of major projects that have recently benefited from a powerful environmental noise software package.
CadnaA (Computer Aided Noise Abatement) is the leading software for predicting, presenting, assessing and designing measures to mitigate environmental noise.
Used by engineers at Renzo Tonin & Associates since 2008, the state-of-the-art technology is the fastest noise prediction software on the market. From a parking lot to an airport or even an entire city, CadnaA can handle noise calculation and noise mapping projects of any size.
Made in Germany, CadnaA includes more than 30 implemented standards and guidelines, powerful calculation algorithms, outstanding 3D visualization and a user-friendly, multi-lingual interface.
Michael Gange, Principal Engineer at Renzo Tonin & Associates, said that using CadnaA has provided significant benefits for major projects, and clients:
“For a software package that’s doing such complex work, I have been impressed with not only CadnaA's accuracy but also how easy it is to use.”
“When you’re working on a large project like WestConnex, you need to be able to rely on your predictions and also meet strict deadlines. With CadnaA, we can predict and mitigate noise impacts in a much more efficient way.”
“CadnaA is always our first choice when starting a new project.”
Acoustic consulting firms, suppliers of acoustic noise control products and universities will find the software particularly useful.
Rodney Phillips, Senior Engineer at Renzo Tonin & Associates, will be demonstrating the software at the Acoustics 2017 conference in Perth. The conference will be run by the Australian Acoustical Society from 19-22 November.
Currently used in more than 60 countries all over the world, CadnaA is available to purchase in Australia directly from Renzo Tonin & Associates.
If you have an enquiry about how you could use CadnaA, or to find out more, please contact us or go to our Software page.