Shahed Ekbatani

I am a Research Fellow in the School of Mechanical Engineering Sciences at the University of Surrey, working on adhesively bonded joints for aerospace structures as part of an ATI/GKN Aerospace-funded project. My work focuses on the experimental characterisation, ageing behaviour, and performance assessment of bonded composite–metal joints, with expertise in natural fibre composites, nanocellulose modification, and sustainable composite manufacturing. My research focuses on enhancing the mechanical performance of composites through innovative reinforcement techniques, optimised processing conditions, and advanced characterisation methods.

I have in-depth expertise in mechanical testing, characterisation, and analysis, covering peel tests, flexural tests, interlaminar shear strength (ILSS), and dynamic mechanical analysis (DMA). Beyond conducting tests, I specialise in interpreting complex data, identifying failure mechanisms, and optimising composite performance based on material behaviour.

I am also highly proficient in composite manufacturing and characterisation, employing advanced techniques such as vacuum-assisted resin infusion, hot pressing, and three-roll milling for precise nanoparticle dispersion. My ability to integrate processing, characterisation, and performance evaluation enables the development of high-strength, durable, and sustainable composite materials.

My recent work has centred on binderless luffa composite panels, where I have investigated self-bonding mechanisms, CNC-modified fibre interfaces, and structural integrity enhancements. Through precise material characterisation and experimental design, I have achieved significant improvements in interfacial adhesion, flexural properties, and acoustic performance of natural fibre composites.

My research has been published in Composites Science and Technology, one of the leading journals in the field, showcasing advancements in nano-engineered hierarchical natural fibre composites with cellulose nanocrystals for improved mechanical performance​.

I thrive in technical problem-solving, data analysis, and optimising composite material properties for real-world applications. I am always open to collaborations, industry partnerships, and discussions on advanced composites, nanomaterials, and sustainable engineering solutions.