Benchmark solution ===================== Calculation method used for the reference solution -------------------------------------------------------- +-------------------------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | |:math:`f(t)` | + .. image:: images/100021AA0000170C00002D94868D3395584CE4D3.svg + contact force in + | :width: 297 | :math:`A` | + :height: 588 +; + | | | + + :math:`V(z,t)` speed; :math:`U(z,t)` displacement;; :math:`{\tau }_{0}=\frac{{U}_{0}}{{V}_{0}}`;; :math:`{\tau }_{1}={\tau }_{0}+\frac{L}{{c}_{p}}`; Any shock duration; :math:`\tau -{\tau }_{0}=\frac{\mathrm{2L}}{{c}_{p}}` :math:`{c}_{p}=\sqrt{\frac{E(1-\nu )}{\rho (1+\nu )(1-2\nu )}}` :math:`S={a}^{2}` section. + | | | + + .. image:: images/100002BC0000271000002710CD2F459F1DBDD5B0.svg + | | :width: 297 | + + :height: 588 + | | | + + + | | | + + for point :math:`A` + | | | + + .. image:: images/100000B0000004720000003573C4257F10B00D20.svg + | | :width: 297 | + + :height: 588 + | | | + + + | | | + + for point :math:`B` + | | | +-------------------------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ Benchmark results ---------------------- Bibliographical references --------------------------- 1. R.J. GIBERT, "Vibrations of structures", Summer School for Numerical Analysis, 1988, (Edition EYROLLES).