High- and low-cycle fatigue analysis under controlled stress and temperature profiles to establish material endurance limits.
Salt spray, cyclic corrosion, and electrochemical testing to quantify degradation rates under real-world exposure conditions.
Tensile, hardness, and impact testing to validate material specifications against design requirements.
Root-cause investigation of field failures combining fractography, metallurgy, and stress modeling.
Accelerated aging chambers replicating thermal cycling, humidity, and UV exposure over compressed timelines.
Documentation packages formatted for ASTM, ISO, and client-specific engineering standards.