Mohammad H. Yousuf

Papers

Total Citations

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About

Mohammad H. Yousuf is a leading researcher in advanced manufacturing and smart materials, with a particular focus on 4D printing and auxetic structures. His most-cited work, "4D printed auxetic structures with tunable mechanical properties" (2020, 67 citations), pioneered the integration of time-responsive shape-memory polymers with negative Poisson’s ratio geometries, enabling materials that dynamically adapt their stiffness, energy absorption, and deformation under external stimuli. This breakthrough has profound implications for aerospace, biomedical implants, and soft robotics, where programmable mechanical behavior is critical. By demonstrating precise control over auxetic unit cell architectures during the printing process, Yousuf established a framework for designing metamaterials that can self-transform in response to temperature or moisture. His research bridges computational modeling and experimental validation, offering scalable pathways for creating lightweight, high-performance structures. Beyond this landmark paper, his broader contributions to 4D printing—including multi-material fabrication and stimulus-responsive composites—have earned recognition for advancing the field toward real-world applications. With growing citation impact, Yousuf continues to shape how engineers conceptualize adaptive, functional materials for next-generation technologies.