Vibration and Structural Dynamics – Fatigue Studies
SLR has participated in a wide variety of projects accumulating particular expertise covering most areas of Structural Dynamics and extending to the more advanced applications involving state-of-the-art techniques. Our service capabilities span numerical modelling and predictions to on-site measurements, design services, fatigue studies and operational condition monitoring systems.
Our project experience ranges from coal processing plants, mobile equipment, bridges, transportation systems to large generators at power stations as well as tuned mass dampers on tall buildings and other vibrating structures.
Measurements and Testing
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- Strain Gauge Measurements & Analysis
- Bridge Load Testing
- Large Scale Structure Dynamic Testing & Monitoring
- Multiple-Input Multiple-Outputs (MIMO)
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- Vibration-based Machine Condition Monitoring
- Validation and Verification of Numerical Modelling
- Wind Tunnel Testing
- Shock & Transient Vibration Measurements & Analysis
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Finite Element Modelling
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- Structural Stiffening, Mass & Damping Modifications
- Static/Dynamic Analysis, Stress Analysis
- Transient Analysis
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- Computer Aided Design (CAD)
- Fatigue Analysis
- Thermal, Wind & Earthquake Loading Response Prediction
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Experimental Modal Analysis
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- Operating Deflection Shape (ODS) Analysis
- Impact, Shaker & Operational Modal Testing
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- Modal Parameter Identification
- (Mode Shape, Frequency and Damping)
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Vibration Control
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- Dynamic Amplification Factor Characterisation
- "Floating" Slabs & Isolated Spaces Design
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- Whole Body Vibration Analysis
- Whole Body Vibration Analysis
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Piping Acoustics and Vibration
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- Pipe Modal Analysis
- Acoustic Induced Vibration (AIV)
- Fatigue - Weldments
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- Pulsation Analysis
- Fracture Mechanics
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Fluid Solid Interaction (Combined CFD and FE Analysis)
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- Explosion Analysis & Over Pressure Determination
- Undersea Hydraulic Control Actuator
- Flare Stacks
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- Pressure Vessels
- Under Sea Pipeline
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