Medulla Soft Technologies-Citywide Simulation Model

Structural Health Monitoring

Real-time intelligence to prevent failures and extend structural lifespan

Why Structural Health Monitoring?

The increasing size and complexity of modern structures demand a new paradigm in monitoring

High-rise buildings, stadiums, bridges, and historical monuments are complex systems with multiple interacting components. These structures experience stress from environmental factors, usage patterns, and aging, making continuous monitoring essential for safety and longevity.

Structural failures cause billions in damages annually. SHM provides early warning to prevent catastrophic events.
Complex Structures

Key Benefits of SHM

Transformative advantages for building owners and operators

Lifetime Extension

Proactively identify and address structural issues to extend asset lifespan by 20-30%, significantly reducing long-term costs.

Enhanced Safety

Continuous monitoring provides early warning of potential failures, protecting both lives and property from catastrophic events.

Cost Savings

Reduce maintenance costs by 30-40% through predictive maintenance and avoid expensive emergency repairs.

Insurance Advantages

Qualify for reduced insurance premiums (typically 15-25% lower) with documented monitoring systems in place.

Data-Driven Decisions

Make informed post-disaster assessments with historical performance data, accelerating recovery efforts.

Value Enhancement

Monitoring systems increase property value by 5-10% and serve as a unique selling proposition for developers.

40%

Reduction in maintenance costs with predictive SHM

25%

Lower insurance premiums for monitored structures

30+

Years lifespan extension for historical monuments

0

Catastrophic failures in properly monitored structures

Advanced SHM Technologies

High-performance autonomous sensing systems for real-time monitoring

SHM Technology

High-sensitivity accelerometers detect minute vibrations and resonance patterns that indicate structural stress or damage. Our MEMS-based sensors achieve 0.1mg resolution with wireless data transmission.

Fiber-optic and electrical resistance gauges measure micro-deformations in structural elements with 1με precision. Embedded sensors provide continuous load monitoring without affecting structural integrity.

Temperature, humidity, and corrosion sensors track environmental factors contributing to material degradation. Our multi-parameter nodes provide comprehensive microclimate analysis.

AI-powered image analysis detects cracks, deformations, and other visual indicators of structural issues with 99.2% accuracy, even in low-light conditions.

SHM Applications

Protecting critical infrastructure across sectors

High-Rise Buildings
High-Rise Buildings

Monitor sway, foundation settlement, and facade integrity in real-time to ensure skyscraper safety and comfort.

  • Wind response analysis
  • Creep and shrinkage monitoring
  • Elevator shaft alignment
Bridges
Bridges & Infrastructure

Continuous load monitoring detects fatigue cracks and corrosion before they become critical safety issues.

  • Bearing wear monitoring
  • Scour detection
  • Traffic load analysis
Historical Monuments
Historical Monuments

Non-invasive monitoring preserves heritage structures while detecting subtle movements and material decay.

  • Micro-vibration analysis
  • Material degradation tracking
  • Seismic protection

SHM Implementation Process

A systematic approach to structural safety

1

Structural Assessment

Detailed evaluation of critical components and potential failure modes using advanced simulation tools.

2

Sensor Network Design

Optimal placement of wireless sensors to capture all relevant structural parameters with minimal intrusion.

3

System Installation

Non-destructive installation of monitoring equipment by certified technicians with structural engineering oversight.

4

Data Integration

Cloud-based platform setup with real-time dashboards and automated alert systems for stakeholders.

5

Ongoing Monitoring

24/7 monitoring with quarterly health reports and immediate notifications for any anomalies detected.