Capabilities:
Structural Fatigue Testing
- Simulates real-world road loads, vibrations, and cyclic stress to assess structural durability.
- Used for chassis, suspension components, and vehicle frames.
Component-Level Fatigue Testing
- Evaluates welded joints, fasteners, axles, and body panels for fatigue resistance.
- Helps in material selection and design improvements.
High-Cycle & Low-Cycle Fatigue Testing
- High-cycle testing for long-term durability under small stress cycles.
- Low-cycle testing for heavy stress conditions and failure analysis.
Fatigue Crack Growth & Fracture Mechanics
- Monitors crack initiation and propagation to predict component lifespan.
- Supports R&D in advanced materials and lightweight structures.
Full-Vehicle Durability Simulation
- Simulates road-induced fatigue loads for body-in-white (BIW) and complete vehicle structures.
- Ensures enhanced vehicle longevity and crashworthiness.
Corrosion Fatigue & Environmental Testing
- Tests fatigue performance under extreme temperature, humidity, and chemical exposure.
- Helps assess material behavior in harsh conditions.
Advanced Data Acquisition & Analysis
- Uses strain gauges, load cells, and real-time monitoring systems for precise fatigue assessment.
