Title | Adaptive Acoustics Applications in Multi-Purpose Auditoria and Similar Structures 1 |
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Author | Paul Letana |
Pages | 2 |
File Size | 201 KB |
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Adaptive Acoustics Applications in Multi-Purpose Auditoria and Similar Structures1 Paul Henrick M. Letana2 [email protected] Abstract The strong link between acoustical performance and architecture has been well established since the birth of open-air theaters and still holds ...
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Adaptive Acoustics Applications in Multi-Purpose Auditoria and Similar Structures 1 Paul Letana
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Adaptive Acoustics Applications in Multi-Purpose Auditoria and Similar Structures1 Paul Henrick M. Letana2 [email protected]
Abstract The strong link between acoustical performance and architecture has been well established since the birth of open-air theaters and still holds true to this day. The science of acoustics continues to improve primarily due to an ever-growing body of knowledge as well as technological interventions. However, it seems that designers of performance spaces nowadays are still facing a challenge in properly designing multi-purpose spaces such as an auditorium which could adequately provide for the varying acoustical requirements of musical and speech performances. Based on this premise, this study aims to conduct a deeper examination of the current practice of acoustics design in multi-purpose spaces and identify the various attributes related to the performance, parameters and approaches involved, among others, in the application of adaptive acoustics. Furthermore, this study proposes a new approach in applying the concepts of adaptive acoustics systems in multi-purpose spaces. It will employ the analysis of existing applications as backdrop and will demonstrate the merits of this new approach through computer simulation. The study aims to answer the following questions: 1. 2. 3. 4.
Is adaptive acoustics an effective way to provide ideal acoustics both for musical and speech performance? Which adaptive acoustics strategy has the greatest potential to be applied and adopted in the actual design practice and industry? How can this strategy be translated into an architectural solution? How is this expected to perform? In what ways can the proposed solution be refined and optimized to encourage its adoption by design professionals and the industry?
Keywords: adaptive acoustics, reverberation time, music, speech,parametric design, computer simulation _______________ 1. This serves as a preliminary thesis topic proposal and is in compliance to the requirements for completing the graduate course ARCH 201: Introduction to Architectural Research under Prof. Romeo B. Santos, Ph.D in the UP College of Architecture. 2. Paul Henrick Letana is a registered and licensed architect in the Philippines. He finished his Bachelor of Science degree in Architecture from the College of Architecture in the University of the Philippine Diliman. He also holds a Diploma in Urban and Regional Planning from the UP School of Urban and Regional Planning.
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