Advanced Composites & Ballistic Resistance Chemistry Team
Engineering advanced composite materials with exceptional ballistic resistance and structural performance.
Research Mission
The Advanced Composites & Ballistic Resistance Chemistry Team develops high-performance composite materials engineered for exceptional ballistic resistance, structural integrity, and weight efficiency. The team investigates the chemistry and mechanics of fiber-matrix interfaces, develops novel resin systems and fiber architectures, and characterizes the dynamic mechanical response of composite systems under ballistic and blast loading — providing the materials science foundation for next-generation protective systems and structural components.
Key Research Functions
Composite Development
Developing advanced fiber-reinforced composite materials — carbon, aramid, ultra-high molecular weight polyethylene, and ceramic fiber systems — with optimized fiber architecture, resin chemistry, and processing for maximum ballistic performance.
Ballistic Characterization
Characterizing the ballistic and blast resistance of composite systems through high-velocity impact testing, dynamic mechanical analysis, and post-impact damage assessment — generating the performance data needed for protective system qualification.
Interface Engineering
Investigating and engineering the fiber-matrix interface chemistry that governs composite mechanical performance — developing surface treatments, coupling agents, and interphase architectures that maximize energy absorption and damage tolerance.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
Join This Research Unit
Pacific 7.0 International recruits scientists, engineers, and researchers committed to advancing knowledge in service of global security and humanitarian protection.