Tahir Sharif

Papers

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About

Tahir Sharif is a researcher whose work sits at the intersection of advanced textiles and composite manufacturing, with a particular focus on robotic preforming for high-performance engineering applications. His research addresses a critical challenge: transforming the traditional textile industry—often seen as low-cost and high-volume—into a supplier of sophisticated, value-added technical textiles. Sharif’s major contributions lie in developing robotic approaches to textile preforming for composites, enabling the production of thick, near-net-shape fabrics that are essential for demanding applications like ballistic armor. His most-cited paper, “Robotic approach to textile preforming for composites” (2008, 8 citations), reviews the application of textiles in fiber-reinforced composites and identifies key industry challenges. In related work (2008, 2 citations), he demonstrates how electronic Jacquard looms with modified take-up systems can produce thick fabrics with complex weave structures—including orthogonal, angle-interlocked, and layer-to-layer designs—offering new possibilities for lightweight, high-strength materials. Though his citation counts are modest, Sharif’s work is foundational in bridging traditional textile engineering with modern composite manufacturing, making him a notable contributor to the field of technical textiles.