Reciprocity in Acoustics
Reciprocity in Acoustics
Reciprocity in Acoustics
Reciprocity in Acoustics
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Reciprocity principle in acoustics is verified using Coustyx. This example answers the following problem from Pierce [1]:
A barrier extending to some height h is to be erected between a noise source and a region where quiet is desired. One side of the barrier is to be treated with special sound-absorbing material; the other side is to be left untreated. On which side should the treatment be applied?
Reciprocity principle is verified using Coustyx. This example answers the following problem from Pierce [1]:
A barrier extending to some height h is to be erected between a noise source and a region where quiet is desired. One side of the barrier is to be treated with special sound-absorbing material; the other side is to be left untreated. On which side should the treatment be applied?
Reciprocity principle is verified using Coustyx. This example answers the following problem from Pierce [1]:
A barrier extending to some height h is to be erected between a noise source and a region where quiet is desired. One side of the barrier is to be treated with special sound-absorbing material; the other side is to be left untreated. On which side should the treatment be applied?
Reciprocity principle is verified using Coustyx. This example answers the following problem from Pierce [1]:
A barrier extending to some height h is to be erected between a noise source and a region where quiet is desired. One side of the barrier is to be treated with special sound-absorbing material; the other side is to be left untreated. On which side should the treatment be applied?
Reciprocity principle is verified using Coustyx. This example answers the following problem from Pierce [1]:
A barrier extending to some height h is to be erected between a noise source and a region where quiet is desired. One side of the barrier is to be treated with special sound-absorbing material; the other side is to be left untreated. On which side should the treatment be applied?

References

  1. A.D. Pierce, Acoustics - An introduction to its physical principles and applications, Acoustical Society of America, Woodbury, Newyork, 1991, pp.195-199.

Downloads:

Download the latest version of Coustyx along with the Demo Model below. The Demo Model contains an embedded trial license valid only for this model. Install Coustyx first to run the Demo Model.
Download the latest version of Coustyx along with the Demo Model below. The Demo Model contains an embedded trial license valid only for this model. Install Coustyx first to run the Demo Model.
Download the latest version of Coustyx along with the Demo Model below. The Demo Model contains an embedded trial license valid only for this model. Install Coustyx first to run the Demo Model.
Download the latest version of Coustyx along with the Demo Model below. The Demo Model contains an embedded trial license valid only for this model. Install Coustyx first to run the Demo Model.
Download the latest version of Coustyx along with the Demo Model below. The Demo Model contains an embedded trial license valid only for this model. Install Coustyx first to run the Demo Model.