Umesh Marathe
Papers
2
Total Citations
3
H-Index
1
About
Umesh Marathe is a materials engineer advancing the frontiers of high-performance composite manufacturing and large-scale additive extrusion. His core research integrates automated fiber placement, thermoplastic overmolding, and extrusion system design to create stronger, lighter, and more recyclable structural materials. In his 2025 work on advanced hybrid composites, Marathe demonstrated how integrating continuous carbon fiber tape into glass fiber-reinforced thermoplastics via automated tape placement overmolding can dramatically enhance mechanical properties while maintaining processability—a breakthrough for automotive, aerospace, and industrial applications. His complementary research on multiplexing extrusion systems addresses a critical bottleneck in large-format 3D printing: by developing a multi-nozzle, synchronized extrusion architecture, he achieved higher throughput and improved flow accuracy without the weight penalties of single, oversized extruders. This innovation directly enables faster, more reliable production of large-scale polymer and composite parts. Though early in his career, Marathe’s work is already cited for its practical, industry-ready solutions. His contributions are shaping the next generation of lightweight, high-strength materials and scalable additive manufacturing—making him a researcher to watch in advanced manufacturing and composite engineering.
Research Focus
Key Achievements
Top Papers
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