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Structural Vibration Monitoring.

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Real-time measurement of vibration levels in buildings, bridges, industrial structures, and foundations under operational and environmental loads

Structural Vibration Monitoring is a technique used to measure and record vibration levels experienced by structural components due to - Machinery operation, Traffic loads, Human activity, Wind & environmental effects, Construction activities, Seismic or micro-tremor events. Using high-precision accelerometers, vibration meters, engineers monitor frequency, amplitude, velocity, and displacement of vibrations to assess their impact on structural safety, comfort, and performance.

Why Structural Vibration MonitoringMatters.

Identifies Excessive Vibrations Affecting Structural Safety

Uncontrolled vibrations may cause: Fatigue failure, Physical damage to structural components, Cracking in slabs & beams, Loosening of connections in steel structures, Accelerated wear of machinery foundations. Monitoring ensures vibrations remain within safe limits specified by building codes and industrial standards.

Ensures Human Comfort & Occupant Safety

Vibrations may affect: Occupant comfort in high-rise buildings, Sensitive laboratory equipment, Hospital and commercial environment, and Industrial. Monitoring helps maintain compliant comfort levels by comparing results with requirement of standards.

Mandatory for Construction Near Sensitive Structures

Activities such as: Pile driving, Blasting, Excavation, Heavy vehicle movement, and jackhammering can transfer vibrations to nearby structures. Monitoring ensures that surrounding buildings, heritage structures, and utilities remain protected during construction.

Helps Diagnose Machinery, Foundation & Structural Problems

Abnormal vibration patterns indicate issues such as: Misalignment, Loosened bolts or fasteners, Structural cracks, Unbalanced rotating equipment, Foundation settlement. This enables predictive maintenance and prevention of unexpected breakdowns or failures.

NDT TESTING

GL Advantages.

Accredited Facility: NABL-accredited laboratory with traceable calibration and stringent Quality System procedures.

Compliance with Standards: Tests conducted in accordance with relevant IS/ASTM/RILEM/EN standards.

Experienced Personnel: Technologists and experts who interpret results and recommend mitigation strategies.

Rapid and Reliable Reporting: Valid reports that comply with relevant standards.

Testing Capabilities: Lab and on-site testing, along with post-test consulting services.

Global Lab Advantage.

Accredited facility.
Standards compliance.
Experienced analysts.
Fast, reliable reporting.
Field + Lab capability.

Applications

Structural Vibration Monitoring is essential for: Buildings near construction or demolition sites, Bridges & flyovers under traffic-induced vibrations, High-rise structures, Industrial machinery foundations, Metro & railway construction, Hospitals, labs & sensitive environments, Heritage & old structures

Any structure requiring vibration control & safety assessment.

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Structural Vibration Monitoring

Structural Vibration Monitoring

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NABL Accredited

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Advanced Lab & Field Testing

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Fast Turnaround Reports

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Digital Data & Traceability

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On-Site Testing Across India

Global Lab provides comprehensive testing for construction and engineering materials, including concrete, cement, steel, aggregates, bitumen, soil, tiles, paver blocks, and other civil and infrastructure materials. We also handle customized tests as per client or project specifications.

Yes. Our team is equipped with mobile testing facilities and field instruments for on-site sampling, inspection, and testing — ensuring quick and reliable results without disrupting your project timelines.