sph0cn13.cpp
md5477q.gif md5477k.gif
Numerical problems prevented calculations in the middle black region.
Note discontinuity along Zom = Zop for vLm < vLp
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Return to previous page. 1. This page using vLm/vLp vs. ρm/ρp 2. Poisson ratio of nanoparticle greater than matrix 3. Poisson ratio of matrix greater than nanoparticle 4. Actual material combinations |
For all the examples on this page, the nanoparticle and
matrix have the same Poisson ratio. That means that vTp / vLp = vTm / vLm. |
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Figure 1(a) sph0cn13.cpp md5477q.gif md5477k.gif Numerical problems prevented calculations in the middle black region. Note discontinuity along Zom = Zop for vLm < vLp |
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Figure 1(b) sph0cn15.cpp md5466q.gif md5466k.gif Numerical problems prevented calculations in the middle black region. Note discontinuity along Zom = Zop for vLm < vLp |
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Figure 1(c) sph0cn15.cpp md5455q.gif md5455k.gif Numerical problems prevented calculations in the middle black region. |
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Figure 1(d) sph0cn15.cpp md5444q.gif md5444k.gif Numerical problems prevented calculations in the middle black region. Note discontinuity along Zom = Zop for vLm > vLp |
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Figure 1(e) sph0cn15.cpp md5433q.gif md5433k.gif Numerical problems prevented calculations in the middle black region. Note discontinuity along Zom = Zop for vLm > vLp |
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Figure 1(f) sph0cn15.cpp md5422q.gif md5422k.gif Numerical problems prevented calculations in the middle black region. Note discontinuity along Zom = Zop for vLm > vLp |
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Figure 1(g) sph0cn15.cpp md5411q.gif md5411k.gif The picture is only partially complete due to numerical problems. |
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