Integration of the prediction of sound decay in enclosed spaces to the simulation software SILDIS®

Predicting sound decay in enclosed spaces remains a topical subject in Research and Development in acoustics.

Enclosed spaces are often an object of study in terms of acoustics when it comes to designing a soundproofing industrial building, an enclosure for a machine/ a process of big size, a test bench, a local for technical equipment or a room intended to house activities such as catering, education, sports and recreation (generally: whenever it is appropriate to consider the impact of...

Integration of the prediction of the acoustic performance of nozzles to the simulation software SILDIS®

Nozzles are components which are often present in duct systems such as those to be envisaged for air conditioning systems, ventilation systems for premises or for enclosures (in general: each time the installation of a fan is to be envisaged), exhaust lines for thermal engines or gas turbines, etc ...

The acoustic performance of nozzles must be accounted for the purpose of the design of equipments for which noise transmission at extremities of the duct systems must be limited.

ITS has...

Integration of the prediction of the acoustic performance of bends to the simulation software SILDIS®

Bends (elbows) are components which are often present in duct systems such as those to be envisaged for air conditioning systems, ventilation systems for premises or for enclosures (in general: each time the installation of a fan is to be envisaged), exhaust lines for thermal engines or gas turbines, etc ...

The acoustic performance of bends must be accounted for the purpose of the design of equipments for which noise transmission either at extremities of the duct system or through duct walls...