An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics

An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics

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This thesis investigates the issues in deriving the Finite Di erence Time Domain Method, including the derivation of a unique method for exciting an FDTD system that is physically realistic in terms of acoustics. It is also the goal of this thesis to use the FDTD method as a tool for investigating v...

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Bibliographic Details
Main Author: Matheson, Ryan
Language:en
Published: 2010
Subjects:
FDTD
Acoustics
Physics
Online Access:http://hdl.handle.net/10012/5001
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record_format oai_dc
spelling ndltd-LACETR-oai-collectionscanada.gc.ca-OWTU.10012-50012013-10-04T04:09:40ZMatheson, Ryan2010-01-25T16:53:27Z2010-01-25T16:53:27Z2010-01-25T16:53:27Z2010-01-18http://hdl.handle.net/10012/5001This thesis investigates the issues in deriving the Finite Di erence Time Domain Method, including the derivation of a unique method for exciting an FDTD system that is physically realistic in terms of acoustics. It is also the goal of this thesis to use the FDTD method as a tool for investigating various speaker placement con gurations for use in bass equalization. A demerit function is then developed in order to assess how well a particular equalization method performs relative to any others.enFDTDAcousticsAn Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in AcousticsThesis or DissertationPhysics and AstronomyMaster of SciencePhysics
collection NDLTD
language en
sources NDLTD
topic FDTD
Acoustics
Physics
spellingShingle FDTD
Acoustics
Physics
Matheson, Ryan
An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics
description This thesis investigates the issues in deriving the Finite Di erence Time Domain Method, including the derivation of a unique method for exciting an FDTD system that is physically realistic in terms of acoustics. It is also the goal of this thesis to use the FDTD method as a tool for investigating various speaker placement con gurations for use in bass equalization. A demerit function is then developed in order to assess how well a particular equalization method performs relative to any others.
author Matheson, Ryan
author_facet Matheson, Ryan
author_sort Matheson, Ryan
title An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics
title_short An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics
title_full An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics
title_fullStr An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics
title_full_unstemmed An Investigation and Application of the Finite Difference Time Domain Method as a Tool for Solving Equalization Problems in Acoustics
title_sort investigation and application of the finite difference time domain method as a tool for solving equalization problems in acoustics
publishDate 2010
url http://hdl.handle.net/10012/5001
work_keys_str_mv AT mathesonryan aninvestigationandapplicationofthefinitedifferencetimedomainmethodasatoolforsolvingequalizationproblemsinacoustics
AT mathesonryan investigationandapplicationofthefinitedifferencetimedomainmethodasatoolforsolvingequalizationproblemsinacoustics
_version_ 1716600358190448640

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