Mahdi Derayatifar

Papers

Total Citations

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About

Mahdi Derayatifar is a pioneering researcher in advanced additive manufacturing, with a primary focus on sonochemical polymerization and acoustic field engineering. His most notable contribution is the development of **holographic direct sound printing (HDSP)** , a transformative innovation that overcomes the limitations of traditional direct sound printing (DSP). While conventional DSP relies on a single acoustic focal region for voxel-by-voxel fabrication, Derayatifar’s work enables simultaneous, multi-point polymerization using holographic acoustic fields. This breakthrough dramatically accelerates printing speed and expands geometric complexity, positioning HDSP as a potential game-changer for high-throughput, contactless 3D printing. His seminal 2024 paper on the subject has already garnered **46 citations**, reflecting its rapid impact on the field. Derayatifar’s research bridges acoustics, materials science, and digital fabrication, offering a scalable path toward next-generation manufacturing. His work is particularly notable for addressing a core bottleneck in sonochemical additive processes, earning recognition among peers for its originality and practical promise. For students and researchers exploring non-traditional AM methods, Derayatifar’s contributions represent a bold step toward redefining how sound can shape matter.