Deformation and Failure Mechanism of Rock Tunnels under Earthquake Loading

1. Introduction. 2. Rate-dependent mechanical behavior of intact rock: numerical test. 3. Rate-dependent mechanical behavior of jointed rock: laboratory test. 4. Propagation behavior of seismic wave on rock fracture: analytic method. 5. Effect of rock fracture on seismic wave propagation: experimental method. 6. The methods for analysing seismic response of underground structures. 7. Analytic analysis for longitudinal seismic response. 8. Analytic analysis for cross-sectional seismic response Part I: deep-buried tunnel. 9. Analytic analysis for cross-sectional seismic response Part II: shallow-buried tunnel. 10. Damage assessment of rock tunnels under earthquake loading. 11. Quick ground deformation-based seismic damage assessment method. 12. Performance-based design for the seismic restoration and aseismic design.

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• Mecânica do solo e das rochas
• Engenharia sísmica
• Geologia e a litosfera
• Geofísica

underground seismic assessment;rate-dependent behaviour;jointed rock mechanics;seismic wave propagation;ground deformation analysis;performance-based restoration;seismic risk evaluation for tunnels