Posters NP7.1
NP7.1 Unusual waves in geophysics |
Convener: Arcady Dyskin | Co-Conveners: Efim Pelinovsky , Sergey Turuntaev , Elena Pasternak |
Attendance Time: Tuesday, 10 April 2018, 17:30–19:00 Hall X4 |
|
X4.355 |
EGU2018-155
Investigating the possible causal mechanisms of remarkable tilt anomalies at Hancheng geodynamic observatory in the SE margin of the Ordos block, North China (withdrawn) Highlight Xiaolin Yang and Zigen Wei |
X4.356
|
EGU2018-2864
Laboratory-scale Investigation of Modified Omori Law Junxian He, Arcady Dyskin, and Elena Pasternak |
X4.357
|
EGU2018-18152
Negative stiffness as a unified model of solitary wave propagation and friction force oscillations produced by rotation of non-spherical particles Iuliia Karachevtseva, Elena Pasternak, and Arcady Dyskin |
X4.358
|
EGU2018-18296
Supersonic propagation of frictional sliding Iuliia Karachevtseva, Elena Pasternak, and Arcady Dyskin |
X4.359 |
EGU2018-18174
Wave attenuation estimates can be biased if Q is frequency dependent (withdrawn) Boris Gurevich |
X4.360
|
EGU2018-18185
Energy dissipation in problems of wave propagation through bimodular media Maria Kuznetsova, Arcady Dyskin, and Elena Pasternak |
X4.361
|
EGU2018-1990
Wave resonances in the water closed channel of variable depth with moving boundaries Highlight Andrey Bagaev, Andrey Kurkin, and Efim Pelinovsky |
X4.362
|
EGU2018-18208
Dynamics of fragmented media Maxim Khudyakov, Arcady Dyskin, and Elena Pasternak |
X4.363
|
EGU2018-18213
Wave attenuation in fragmented geomaterials with impact damping Maxim Khudyakov, Elena Pasternak, and Arcady Dyskin |
X4.364 |
EGU2018-18283
Effect of negative stiffness on wave amplification (withdrawn after no-show) Arcady Dyskin and Elena Pasternak |
X4.365
|
EGU2018-19213
Wave propagation and attenuation in bimodular geomaterials Maria S. Kuznetsova, Elena Pasternak, and Arcady V. Dyskin |
X4.366
|
EGU2018-18252
Unusually fast waves in geomaterials with sliding layers Highlight Elena Pasternak and Arcady Dyskin |
X4.367
|
EGU2018-8757
Dynamics of the hydraulic fracture propagation in the laboratory experiment. Mariia Trimonova, Sergey Turuntaev, Evgeny Zenchenko, Petr Zenchenko, and Nikolay Baryshnikov |