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Acoustics as design driver

机译：声学作为设计驱动力

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摘要

The design of acoustic spaces is equally a challenge for both architects and engineers. Room acoustics is a complex science which is influenced by room geometry and materiality as well as the locational setting of the sound sources and receivers. Due to the complexity of these interrelated factors, it is difficult to predict how various design adaptations will affect the overall acoustic properties as the design progresses. Numerical simulations help to analyse and evaluate designs for acoustic rooms and yet there is no tool to support the design process proactively with acoustics as an in-built design driver. The proposed design system builds on an evolutionary design algorithm using an acoustic simulation evaluation procedure as the main design driver in order to create new spatial concepts for acoustic spaces which can serve as starting points for architectural design solutions.
机译：声学空间的设计对建筑师和工程师而言都是同样的挑战。房间声学是一门复杂的科学，受房间的几何形状和重要性以及声源和接收器的位置设置的影响。由于这些相互关联的因素的复杂性，很难预测随着设计的进行，各种设计调整将如何影响总体声学性能。数值模拟有助于分析和评估声学室的设计，但是还没有工具可以将声学作为内置设计驱动器来主动支持设计过程。拟议的设计系统建立在使用声学模拟评估程序作为主要设计驱动力的进化设计算法的基础上，以便为声学空间创建新的空间概念，这些概念可以用作建筑设计解决方案的起点。

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