DIRECT OPERATIONAL PROCEDURE: Select Sweep Sensor to scan sector voids for thermal heat or acoustic vibrations. Click cells on the 12x12 grid to sweep or deploy Shoring Beams to stabilize structural stress before attempting Excavation & Rescue.
Subsurface Radar Scan Cross-Section (12x12 Grid) Active Tool: SCANNER SWEEP

Disaster Scenario Presets

Sensor Calibration & Filters

Radar Sensitivity 85%
Signal Wavelet Attenuation 1.2 dB/m

Target Sector Telemetry

Sector Coordinates: [X: --, Y: --]
Depth Estimate: 0.0 meters
Acoustic Amplitude: 0.0 Hz
Thermal Delta (ΔT): +0.0 °C
Void Load Burden: 0 kN / m²

Structural Load Physics & Acoustic Wavelet Principles

Load-Bearing Shoring Mechanics
Collapses post 7.4-magnitude events generate unstable tension arches. Placing shoring beams transfers dead load weight ($L_d$) away from void spaces, raising Structural Stability Index ($S_i$) above the collapse threshold.
Acoustic Signal Wavelet Attenuation
Subsurface vibration signals attenuate with depth ($d$) according to $A(d) = A_0 e^{-\alpha d}$. Multi-band acoustic filtering isolates survivor tapping pulses from ambient background seismic reverberations.
Thermal Infrared Mapping
Trapped human or animal bodies emit localized thermal gradients (+0.5°C to +2.5°C ΔT). High concrete thickness attenuates heat flux, requiring high sensor sensitivity calibration.
Incidence Operation Report: Seismic Structural Search & Rescue Radar
Scenario Identified
Colombia Earthquake M7.4
Survival Probability
94.8%
Final Stability Index
88%
Signals Extracted
1 Survivor
Operation Time Elapsed
14.2 Hours
Operation Log: Subsurface radar scan successfully identified void targets under 3.2m concrete rubble. Shoring beams deployed, maintaining stability index above critical structural collapse threshold.
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