| Title |
Optimizing Stage-to-Pit Balance on a Medium-sized Multi-Purpose Hall |
| Authors |
전상은(Jeon, Sang-Eun) ; 윤성환(Yoon, Seong-Hwan) ; 김용희(Kim, Yong-Hee) |
| DOI |
https://doi.org/10.5659/JAIK.2024.40.2.185 |
| Keywords |
음향설계, 공연장, 오페라, 오케스트라 피트, 무대와 피트 간의 밸런스 |
| Abstract |
This study explored methods to enhance the balance between the orchestra pit's loudness and the singer on stage in a medium-sized
multipurpose hall lacking a regular orchestra pit. Computer simulation techniques estimated acoustical parameters. Three approaches were
identified for improvement: incorporating sound-absorbing materials, raising the pit rail, and installing ceiling reflectors. The optimal strategy
involved adjusting the height, angle, and combination of ceiling reflectors. These methods improved balance and decreased the orchestra pit's
volume simultaneously. Notably, installing ceiling reflectors in the orchestra pit had the most significant impact, expanding the area meeting
the desired balance criteria. Additionally, placing ceiling reflectors in the center and rear of the orchestra improved the balance for the
majority of seats. |