All Outputs (4)

Blast Noise Management and Prediction (2024)
Thesis
Manuel, G. (2024). Blast Noise Management and Prediction. (Thesis). University of Salford

The aim of this work is to manage adverse occupational and environmental impacts from industrial blast noise sources at the DNV Spadeadam Testing & Research Site. Situated in Cumbria, UK, the site carries out crucial major hazards work including impr... Read More about Blast Noise Management and Prediction.

Human response to railway vibration in residential environments : exposure-response relationships and modifying factors (2012)
Thesis
Peris, E. Human response to railway vibration in residential environments : exposure-response relationships and modifying factors. (Thesis). University of Salford

ror understanding me wide variation in annoyance reactions, i^esuiis investigations made on factors coming into play when considering This thesis aims to contribute to the knowledge of human response to vibration in residential environments and id... Read More about Human response to railway vibration in residential environments : exposure-response relationships and modifying factors.

Exposure-response relationships from railway noise in the presence of vibration (2011)
Thesis
Koziel, Z. Exposure-response relationships from railway noise in the presence of vibration. (Dissertation). University of Salford

The main aim of this thesis is to develop exposure-response relationships for noise, vibration, and combined effects from noise and vibration. Examinations of nonacoustical factors such as noise sensitivity, noise acceptance, gender, age, and sleep... Read More about Exposure-response relationships from railway noise in the presence of vibration.

The effects of centrifugal blowers, control valves, attenuating devices and reservoir resonance on organ pipe flutter
Thesis
Taylor, A. (in press). The effects of centrifugal blowers, control valves, attenuating devices and reservoir resonance on organ pipe flutter. (Thesis). Computing,Science and Engineering

The aim of this research is to investigate the noticeable organ pipe flutter that may, under certain conditions, exist on a sounding organ pipe. The effectiveness of a pipe organ wind system is notoriously difficult to predict. For many years pipe or... Read More about The effects of centrifugal blowers, control valves, attenuating devices and reservoir resonance on organ pipe flutter.