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All Outputs (10)

Application of the Round-Trip theory to electro-dynamic sources of vibration (2021)
Thesis
Evans, J. Application of the Round-Trip theory to electro-dynamic sources of vibration. (Dissertation). University of Salford

The Round-Trip Identity, developed by Moorhouse & Elliott at The University of Salford allows the reconstruction of mechanical frequency response functions at remote locations on a test structure, without the need to physically measure at that locati... Read More about Application of the Round-Trip theory to electro-dynamic sources of vibration.

Investigating the feasibility of using dynamic stiffness beam functions in a hybrid structure-borne noise prediction model (2019)
Thesis
Filipe, D. (in press). Investigating the feasibility of using dynamic stiffness beam functions in a hybrid structure-borne noise prediction model. (Dissertation). University of Salford

Ground-borne vibration and structure-borne noise in buildings associated with nearby railway systems, either above ground or underground, is a common occurrence in
densely populated areas. This is especially true where new transportation systems are... Read More about Investigating the feasibility of using dynamic stiffness beam functions in a hybrid structure-borne noise prediction model.

Groundborne vibrations caused by railway construction and operation in buildings : design, implementation and analysis of measurement for assessment of human exposure (2014)
Thesis
Sica, G. Groundborne vibrations caused by railway construction and operation in buildings : design, implementation and analysis of measurement for assessment of human exposure. (Thesis). University of Salford

Environmental issues surrounding railway operation and construction have become more prominent in recent years, increasing the need for administrators and researchers to understand how residents living around railways respond to the noise and vibrati... Read More about Groundborne vibrations caused by railway construction and operation in buildings : design, implementation and analysis of measurement for assessment of human exposure.

Human response to railway vibration in residential environments : exposure-response relationships and modifying factors (2012)
Thesis

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.

Estimation of uncertainty in the structure-borne sound power transmission from a source to a receiver (2010)
Thesis
Evans, T. Estimation of uncertainty in the structure-borne sound power transmission from a source to a receiver. (Thesis). Salford : University of Salford

Uncertainty in structural dynamics is of growing concern to numerous industries.
Significant attention has previously been devoted to the study of frequency response
functions, however the uncertainty associated with excitation of structures by str... Read More about Estimation of uncertainty in the structure-borne sound power transmission from a source to a receiver.

Field and laboratory studies into the human response to groundborne vibration : exposure-response relationships, perceptual dimensions, and models of annoyance
Thesis
Woodcock, J. Field and laboratory studies into the human response to groundborne vibration : exposure-response relationships, perceptual dimensions, and models of annoyance. (Thesis). University of Salford

With proposed increases in both freight and passenger railway in the United Kingdom and the European Union and the building of new high speed lines, there has been an increase in interest in recent years in the human response to vibration in resident... Read More about Field and laboratory studies into the human response to groundborne vibration : exposure-response relationships, perceptual dimensions, and models of annoyance.