Over the decades, ASTM shear test methods have continued to evolve as composite applications require higher shear strengths.

TPAC, BaX Composites and Spiral RTC build on low-shear extrusion technology to demonstrate high-rate, cost-effective process ...

Verified through a scaled-down prototype, the technology represents ways to overcome logistical and cost barriers of in-space ...

Alongside partner Hydros Power, NGT is building an interchangeable hydrogen TCP capsule concept that will bring H2 to the end ...

Smooth surface thermoplastic tapes deliver up to 30% faster cycle times for CF-PPS parts via low-crystallinity matrix, sub-1% ...

NASA (Washington, D.C., U.S.) and Boeing (Arlington, Va., U.S.) have completed wind tunnel testing on the truss-braced wing ...

The company’s work optimizing vehicle wheel cover designs has evolved into these bio-inspired, carbon fiber options with ...

China has unveiled and successfully flown a fixed-wing aircraft that uses bamboo-based composite materials for more than 25% ...

Comprehensive composites R&D, education and collaboration will strengthen the ERC’s work in growing international recognition ...

Two Hypermat-focused surfboards with different construction methods and tested in real conditions provide valuable ...

Over the decades, ASTM shear test methods, from lamina-level to multidirectional laminate-level, have continued to evolve as composite applications require higher shear strengths.