Shahadat Hussain (shahadathussain)

Shahadat Hussain

R&D Engineer & Researcher @ NYU Abu Dhabi 🇦🇪. 🔬 3D Printing • Metamaterials (TPMS) • NiTi • shahadathussain.eth • ORCID 0000-0002-4355-2169

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Recent casts

https://sketchfab.com/models/6f236d2ac20e442a9cb43b90d814fc7b/embed?autostart=1&autorotate=1&ui_controls=0

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Do chopped carbon fibers actually help 3D-printed lattices? Short answer: yes — especially after thermal annealing. Our new paper in Progress in Additive Manufacturing shows up to 25 kJ/kg specific energy absorption, on par with metallic TPMS structures. 🧵 https://doi.org/10.1007/s40964-026-01791-9

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Metal melting with lasers + robots. Meltio wire‑laser 3D printing on an ABB arm — dual‑wire, 6×200 W lasers, multi‑axis deposition. #AdditiveManufacturing #Metal3DPrinting #LaserDED #WireLaserPrinting #Robotic3DPrinting #Meltio #ABBrobotics #NYU https://youtube.com/shorts/uVjJD8unjXQ?si=skYTFBiZSjx1P6kk

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Top casts

https://paragraph.com/@shahadathussain/when-chopped-fibers-meet-gyroid-lattices-unlocking-metallic-level-energy-absorption-in-3d-printed-polymers

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New Publication Alert 🚀 Architected TPMS Metallic Beams — Static & Dynamic Behavior at Structural Scale Excited to share my latest research published in Thin‑Walled Structures (2026), where we investigate how Gyroid and Primitive TPMS architectures behave under real engineering‑scale loading. 🔗 Paper “Statics and Dynamics of Architected TPMS Metallic Beam Structures: Experiments and Modeling” Thin‑Walled Structures, 2026. doi.org/10.1016/j.tws.2026.115364

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Metal melting with lasers + robots. Meltio wire‑laser 3D printing on an ABB arm — dual‑wire, 6×200 W lasers, multi‑axis deposition. #AdditiveManufacturing #Metal3DPrinting #LaserDED #WireLaserPrinting #Robotic3DPrinting #Meltio #ABBrobotics #NYU https://youtube.com/shorts/uVjJD8unjXQ?si=skYTFBiZSjx1P6kk

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Do chopped carbon fibers actually help 3D-printed lattices? Short answer: yes — especially after thermal annealing. Our new paper in Progress in Additive Manufacturing shows up to 25 kJ/kg specific energy absorption, on par with metallic TPMS structures. 🧵 https://doi.org/10.1007/s40964-026-01791-9

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