By Carl Q Howard; Benjamin S Cazzolato
Read Online or Download Acoustic analyses using Matlab® and Ansys® PDF
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Extra resources for Acoustic analyses using Matlab® and Ansys®
Development of the acoustic capabilities in ANSYS Mechanical has been driven by customer feedback and requirements, and the fruit of these efforts have enabled analysts to solve challenging problems in ANSYS Workbench in a fraction of the time historically needed. That being said, however, for many engineers, acoustics may be a new field to them; conversely, acousticians may not be familiar with how certain concepts are implemented in a finite element software program. This book provides an in-depth and practical guide on performing acoustic and vibroacoustic simulations using ANSYS Mechanical.
The theory of the acoustic problem is presented and then implemented in MATLAB® code, which is included with this book. An ANSYS finite element model of the problem is described and the completed models are included with this book. The combination of these three aspects provides the practitioner with xxxv xxxvi Preface benchmark cases that can be used as starting points for the analysis of their own acoustic problems. At times a reader might find the instructions in this book to be verbose or repetitive.
In Chapter 7 a full transient dynamic analysis is conducted on a model of a damped reverberation room, where the time-varying pressure at a number of locations is predicted in response to a sharp acoustic impulse. The various solver options are discussed in detail in this chapter. 4 Spectrum Analysis The spectrum analysis in ANSYS is one in which the results from a modal analysis are used, along with a known spectrum, to calculate the response of a system. It is mainly used in place of transient dynamic analyses to determine the response of a system to either time-dependent or random loading conditions which may be characterized by an input spectrum.