Earthquake Simulation
Modeling high-frequency wave propagation to assess seismic hazard and protect critical infrastructure.
Quantifying Tectonic Risk
Seismic resilience begins with computational precision. Resolving high-frequency wave propagation through heterogeneous geological fault zones requires Exascale-ready performance. Malgukke provides the high-performance memory bandwidth and GPU-accelerated solvers necessary to simulate how seismic energy interacts with sedimentary basins and built environments.
Heterogeneous Modeling
Simulating how seismic energy travels through complex geological fault zones and sedimentary basins. We utilize 3D velocity models to account for the scattering and amplification of waves in non-uniform subterranean structures.
- 3D Fault-mesh generation
- Non-linear soil-structure interaction
Ground Motion Prediction
Executing massive-scale simulations to generate high-resolution shake maps for disaster resilience. By modeling thousands of potential rupture scenarios, we provide engineers with the peak ground acceleration (PGA) data needed for critical infrastructure design.
- High-resolution ShakeMap production
- Deterministic vs. Probabilistic hazard analysis
Seismic Simulation Pipeline
| Simulation Focus | HPC / AI Action | Engineering Outcome |
|---|---|---|
| Urban Resilience | Large-scale spectral element methods on GPU arrays. | Validated building code parameters |
| Energy Infrastructure | Modeling site-specific seismic response for power plants. | Risk-mitigated site selection |
| Emergency Response | Real-time ingestion of sensor data for instant shake maps. | Optimized rescue deployment routes |