Being in Control of Noise Levels Improves the Perception of Airplane Seat Comfort

J. Bouwens, Luisa Fasulo, S. Hiemstra-van Mastrigt, U. Schultheis, A. Naddeo, P. Vink
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引用次数: 1

Abstract

Abstract. The aviation industry is constantly making compromises when designing comfortable airplane cabins. Providing passengers with a pleasant acoustic environment without adding weight to the cabin structure is a field of tension that challenges cabin interior designers. The aim of this study was to investigate whether noise levels affect the comfort and physical discomfort experienced by airplane passengers, and whether control influences comfort perception. To this end, 30 participants experienced three conditions (silence, aircraft engine noise at 75 dB, and the same noise with the ability to use earplugs), and comfort and discomfort were measured using a questionnaire. It was concluded that aircraft engine noise negatively affected the airplane passengers’ comfort experiences. Having the ability to control this noisy environment with earplugs resulted in the lowest reported physical discomfort.
控制噪音水平可以提高飞机座位的舒适度
摘要航空业在设计舒适的机舱时不断做出妥协。在不增加客舱结构重量的情况下为乘客提供舒适的声学环境是客舱室内设计师面临的一个挑战。本研究的目的是调查噪音水平是否影响飞机乘客的舒适度和身体不适,以及控制是否影响舒适度感知。为此,30名参与者经历了三种情况(安静,飞机发动机噪音为75分贝,以及能够使用耳塞的相同噪音),并通过问卷调查来衡量舒适度和不适程度。结果表明,飞机发动机噪声对飞机乘客的舒适体验有负面影响。有能力用耳塞控制这种嘈杂的环境导致最低的身体不适报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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