Predict Structural Damage
Before Disaster Strikes

Advanced seismic simulation and structural risk assessment for professional engineering analysis.

Start Analysis

Structural Risk Analysis

Unit Converter

m
ft
Intensity Curve (Predicted)

Analysis History

Date Magnitude Soil Type Damage (%) Risk Level

Global Seismic Activity Map

Real-time and historical earthquake data visualization.

Analytical Methodology

Seismic AI utilizes a rule-based deterministic engine to estimate structural vulnerability. Our approach focuses on three core pillars of seismic engineering:

  • Soil-Structure Interaction (SSI): Soft soils like Clay can amplify seismic waves by up to 1.6x compared to bedrock, directly impacting structural response.
  • Structural Resonance: We calculate the interplay between building height (floors) and wave frequency to predict shear stress.
  • Material Ductility: Steel frames offer superior energy dissipation compared to traditional brick masonry.
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Confidence Rate

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Simulations Run

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Seismic Zones

SEISMIC CORE