Earthquakes During 1953

Coastal Dynamics during Earthquakes

The results of research on some aspects of coastal dynamics during earthquakes, carried out in the Institute of Hydro-Engineering, are summarized. The attention is focused on the liquefaction-related phenomena, like modeling the earthquake-induced generation of pore-pressures and subsequent liquefaction of subsoil, the behavior of liquefied soil, underwater landslides, sinking of structures in ...

Kinematic Behavior of Geogrid Reinforcements during Earthquakes

Re clic loading ge mmary of the r a large-scale commodates so ferent shear an e testing prog tors affecting tensibility of aracteristics of tial static load ting program. ect of these pa ll as the dis aluated. Concl nforced earth w Keywords—G d Large scale T EOTECHN interaction en well inves e same interac ll need to be cognized that fine the effec d incorporate rth structures Within the la uct...

Modelling waves and surges during the 1953 storm.

Waves and sea levels have been modelled for the storm of 31 January-1 February 1953. Problems in modelling this event are associated with the difficulty of reconstructing wind fields and validating the model results with the limited data available from 50 years ago. The reconstruction of appropriate wind fields for surge and wave models is examined. The surges and waves are reproduced reasonabl...

Generation Mechanism of Giant Earthquakes in Subduction Zones with Smaller-Size Interplate Earthquakes During Interseismic Period

Tim Bartness (1953-2015).

TIM BARTNESS died on September 24, 2015 at his home in Atlanta after a year-long battle with multiple myeloma. He was 62 years old. Tim was a superbly innovative and imaginative scientist. Over the course of his distinguished career he applied a broad understanding of metabolic physiology, behavior analysis, and systems neuroscience to two main research areas: the integrated sensorimotor contro...