Bridging the gap between experimental coupon data and structural integrity through ASTM/ISO standardization and FEA-driven validation.
Quantifying the orthotropic properties of high-performance laminates using precision instrumentation.
Determination of Ultimate Tensile Strength (UTS), Modulus, and Poisson's ratio using extensometers and strain gauges.
Analyzing energy absorption and Damage Resistance (BVID) via Drop-weight or Pendulum (Charpy/Izod) methods.
Evaluating the fiber-matrix bond strength (ILSS) through Short Beam Shear testing to predict delamination.
| Category | Standard | Key Measurement | Target Material |
|---|---|---|---|
| Tensile | ASTM D3039 | Modulus, Strength, Strain | PMC / CFRP |
| Flexural | ISO 178 / D790 | 3-Point Bend Strength | GFRP / Laminates |
| Thermal | ASTM D3418 | Glass Transition (Tg) | Epoxy / Thermoplastic |
| Fire | UL-94 / ISO 5660 | Flammability / Heat Release | Rail & Aero Panels |
Detecting sub-surface delaminations and manufacturing defects without compromising structural integrity.
The industry gold standard for mapping void content and internal delaminations in thick CFRP sections.
Non-contact full-field strain mapping to visualize stress concentrations and crack propagation in real-time.