Aerospace Environmental Testing

Flight Testing

To simulate and analyze vibration responses during different flight conditions.

Modal Analysis

Determining the natural frequencies, damping ratios, and mode shapes of aerospace structures to understand their dynamic behavior.

Structural Health Monitoring

Continuous monitoring of aircraft structures to detect and assess vibrations that could indicate potential structural issues.

Ground Testing

Testing aerospace components and assemblies on the ground to ensure they can withstand vibrations encountered during flight.

Rotor Dynamics

Analyzing vibrations in helicopter rotors and other rotating components to optimize performance and reduce fatigue.

Satellite Deployment

Controlling vibrations during satellite deployment from launch vehicles to avoid damage to onboard equipment

Propulsion Systems

Monitoring and controlling vibrations in aircraft engines and rocket propulsion systems to enhance reliability and safety.

Spacecraft Launch

Assessing and mitigating vibrations during spacecraft launch to protect sensitive payloads and ensure mission success.

Aircraft Interiors

Minimizing passenger discomfort by controlling vibrations in aircraft interiors caused by engines and air turbulence.

Avionics Testing

Evaluating vibrations on avionics equipment to ensure reliability and functionality under dynamic conditions.