Hanieh Eftekhari

Background

Hanieh is a materials science researcher who focuses on developing innovative, sustainable composite and nanocomposite materials. Her work centers on improving material performance, durability, and recyclability through advanced methods to repair CFRPs.

With a background in Extractive Metallurgy, dual Master’s degrees in Material Characterization & Selection and Polymer materials and engineering Science, and extensive R&D experience across diverse industry sectors, she is actively involved in solving industrial challenges with a focus on sustainability and environmental preservation. Her commitment lies in designing materials and processes that actively cut pollution and safeguard the environment.

Her journey in the world of composite materials began by developing self-healing polymer composites reinforced with tailored hollow glass and basalt fibers to boost smart-material functionality. Later, at the University of Manchester, she applied a novel OoA process to engineer a self-heating nanocomposite adhesive for CFRP repair, significantly cutting energy consumption, carbon emissions, and waste. Through these projects, she continually pushes the boundaries of material performance while advancing sustainable, eco-friendly industrial solutions. At Cranfield University, her work focuses on Z-pin–reinforced self-healing hybrid composites, employing innovative self-repairing techniques to significantly boost material longevity while minimizing waste.

Beyond her research, Hanieh is passionate about environmental and community engagement. She began volunteering while working in industry, contributing to an environmental NGO (ENGO) focused on wetland preservation. She had also been an active volunteer with the Salvation Army for over three years, reflecting her strong commitment to social impact and sustainability on multiple levels.

Research opportunities

Self-Healing Composites

Self-Heating Nano-Composites

Smart and Multifunctional Materials

Sustainable and High-Performance Manufacturing

Through-Thickness Reinforcement

Z-Pins Reinforcement

Hybrid Composites

Current activities

Hanieh is currently conducting research at Cranfield University on self-healing hybrid reinforced polymer composites. Her work focuses on using Z-pin reinforcement to enhance the durability and longevity of these materials. By developing innovative repair techniques and integrating advanced materials, she aims to reduce waste and improve the recyclability of reinforced polymer composites, supporting more sustainable practices in high-performance applications.

Publications

• Articles in journals