Recent Issues |
| Volume 4, Issue 6 |
| Volume 4, Issue 5 |
| Volume 4, Issue 4 |
| Volume 4, Issue 3 |
| Volume 4, Issue 2 |
| Volume 4, Issue 1 |
| Volume 3, Issue 10 |
| Volume 3, Issue 9 |
| Volume 3, Issue 8 |
| Volume 3, Issue 7 |
| Volume 3, Issue 6 |
| Volume 3, Issue 5 |
| Volume 3, Issue 4 |
| Volume 3, Issue 3 |
| Volume 3, Issue 2 |
| Volume 3, Issue 1 |
| Volume 2, Issue 10 |
| Volume 2, Issue 9 |
| Volume 2, Issue 8 |
| Volume 2, Issue 7 |
| Volume 2, Issue 6 |
| Volume 2, Issue 5 |
| Volume 2, Issue 4 |
| Volume 2, Issue 3 |
| Volume 2, Issue 2 |
| Volume 2, Issue 1 |
| Volume 1, Issue 8 |
| Volume 1, Issue 7 |
| Volume 1, Issue 6 |
| Volume 1, Issue 5 |
| Volume 1, Issue 4 |
| Volume 1, Issue 3 |
| Volume 1, Issue 2 |
| Volume 1, Issue 1 |
|
|
Abstract
|
|
In the first part of the paper, we derive a linear theory of thermoviscoelastic binary
mixtures. Then, the fundamental solution of the system of linear coupled partial
differential equations of steady oscillations (steady vibrations) of the theory of
viscoelastic binary mixtures is constructed in terms of elementary functions, and
basic properties are established.
|
Publication
Received: 14 October 2008
Accepted: 12 January 2009
|
|
|
|
|
