January 25-26, 2012 Grand Mir Hotel
The main goal of the Workshop is to isolate and discuss less-explored problems of contemporary seismology and earthquake
engineering with the focus on advanced methods coming from complex system physics, nonlinear dynamics and other modern approaches to earthquakes and engineering
seismology. Special attention will be given also to the discussions of seismic risks in Central Asia.
Natural disasters caused by earthquakes are one of the serious treats to the stability and sustainable development. Therefore earthquake prediction and engineering becomes
crucially important in the 21th century, especially for the countries belonging to high seismic risk zones.
Central Asian countries are among such ones. Several big and hazardous earthquakes occurred in the region during last few decades. Special importance seismic research
gained also when some of the countries in the region started to develop large hydropower plant projects. Estimating possible earthquake-related risk from such power
plants is of importance for all countries of the region. Talks and panel discussions of the Workshop will be concentrated on the problems of earthquake prediction,
seismic engineering, seismic hazard estimation using advanced approaches, seismic safety and security and other related issues.
The topics to be covered by talks and discussions are:
In addition, the issues related to recent developments in earthquake and geodynamics modeling, soil dynamics, earthquake engineering will be discussed.
Participants of the Workshop are the experts from Japan, Germany, Italy and neighboring Central Asian countries. Most of the expected local participants
are researchers,engineers, and students from the National University of Uzbekistan, Tashkent State Institute for Architecture and Construction, Institute of Seismology,
Institute of Mechanics and Seismic Stability.
- Nonlinearity in earthquake dynamics
- Seismic waves
- Complex system physics and earthquake modeling
- Modeling of seismic disasters for early prediction
- Chaos and self-organized criticality in earthquake dynamics
- Engineering Seismology and Strong Ground Motion
- Geotechnical Hazards
- Earthquake Protection of Historical Bulidings and Monuments
- Earthquake Risks in Central Asia