A Complete Analysis of Clarity (C50) Using I-SIMPA to Maintain Ideal Conditions in an Acoustic Chamber

In any closed environment considered, it can be seen that the acoustic parameters are inherently not constant over entire area considered. a environment, is ideally preferred to maintain as so there exists better quality of sound leading auditory perception with respect audience. Practically, some like reverberation time and clarity do strictly pertain pattern obtained theoretically. this paper, simulations carried out using I-SIMPA under different values Sound Transmission Class (STC), source position, distribution chamber dimensions provides an insight into behaviour these appropriate have infused system build chamber. The modelled keeping actual room in mind testing done surface absorption coefficients (practically indicated Class) determine ideal conditions.