Sound Diffraction Over Noise Barriers with Added Devices Installed on the Top Edge

Piechowicz, Janusz

doi:10.12693/aphyspola.128.a-36

Cited by 2 publications

(1 citation statement)

References 9 publications

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“…Heavy rain, snow, blizzards or fog may render nearby objects close to invisible. Topographical barriers such as hills and ridges may diffract or block soundwaves (Piechowizc 2015), as well as impede vision.…”

Section: The Audio-visual Aspectmentioning

confidence: 99%

Sound and Vision

Kolberg

2023

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Sound and Vision Battlescape analysis: Towards a Unified Method for Battlefield Archaeology Ever since the survey at the site of the battle of Little Big Horn in the 1980s, the number of battlefield archaeological projects has been rising. Still, despite increasing research and publications on the subject, a clearly defined and unified method for battlefield archaeology that connects all the loose ends is still lacking. This paper sets out to present a unified method for battlefield archaeology, presented here as Battlescape Analysis. A battlescape is made of everything from overall logistics, climate and weather, tactics to the very battlefield itself􀀞 a whole that is more than the sum of its parts. Battlefields are parts of complex eco-systems in which an interplay of different agents and actants takes place. The different approaches that make out the unified method are mostly not novel but the intention of the article is to present a common language to facilitate work on the subject across boundaries.

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Section: The Audio-visual Aspectmentioning

confidence: 99%

Sound and Vision

Kolberg

2023

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Generating Matlab looping for noise propagation prediction of environmental thermoacoustic design

Samodra

Irvansyah

2021

IOP Conf. Ser.: Earth Environ. Sci.

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In the proposal for designing natural ventilation of open tropical houses, environmental noise control is the simultaneous challenge. Nevertheless, the air circulation strategy for refrigerating and dehumidification can accept airborne noise transfer from sources to inside receivers once the wind direction is in the equivalent path as the noise generator. The deal concerning the design for site barrier and maintaining or preserving the tropical building material can help resolve the warm and noise environment instantaneously regardless of the diverse geographic settings. This study generates the model code of the site barrier of the tropical urban on thermoacoustic subjects as thermal and acoustics’ incorporated design. Matlab encoding is used for obtaining noise propagation control to support physiological cooling. The representative tropical buildings, Javanese housings are the case for investigating the urban built environments. The results revealed that considering the decomposition by distance remaining to geometrical propagating, the code involved diffraction, ground effect, and mitigation of sound due to atmospheric absorption. The analysis of essential factors results in the diffraction correction code as the most critical looping. The proposed overhang barrier controls the properties of the noise transmission loss and the reduction of estimation error, which causes imprecise noise management. Keywords: Matlab coding, noise barrier, thermal comfort, urban environment

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Sound Diffraction Over Noise Barriers with Added Devices Installed on the Top Edge

Cited by 2 publications

References 9 publications

Sound and Vision

Sound and Vision

Generating Matlab looping for noise propagation prediction of environmental thermoacoustic design

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