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Siril Dukkipati

@biomech.siril.me

Course Lecturer | PhD candidate working at the intersection of #spine #biomechanics, muscle recruitment, robotics, 3D printing | @mcgill.ca | #BiomechSky | siril.me

Posts Replies Media

Siril Dukkipati @biomech.siril.me · 20/05/2025

Thrilled to share that my latest research has been published in IEEE Transactions on Biomedical Engineering! "Evaluation of a Fast-Solving Rigid Body Spine Model Inclusive of Intra-Abdominal Pressure" ieeexplore.ieee.org/document/109... #biomechanics #spine #orthopaedics #digitaltwin #robotics

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Siril Dukkipati @biomech.siril.me · 23/02/2025

Can analogue spine models behave physiologically? We recently published 2 papers on this. They report our analogue spine's mechanical behaviour similar to living spines which we use to corroborate our in silico spine models and test spine implants in a controlled and validated environment.

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Siril Dukkipati @biomech.siril.me · 17/12/2024

L3-L4 fusion simulation on a lumbar spine phantom. We wanted to see if our 3D printed phantom could realistically simulate range of motion compensation in adjacent levels when fused. Results to come. #spine #biomechsky #biomechanics #mdsim #mcgill

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Siril Dukkipati @biomech.siril.me · 10/12/2024

CT of a stiffness-optimized #3Dprinted spine phantom for an upcoming study.

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Siril Dukkipati @biomech.siril.me · 27/11/2024

Today is the last day of classes for the "Intro to #MSK #biomechanics" course I'm teaching this semester. This has been such a privileged and rewarding experience for me. Got to #teach a very bright bunch of students. Looking forward to many more of these.!

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Siril Dukkipati @biomech.siril.me · 22/11/2024

This is brilliant! from scholargoggler.com

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Siril Dukkipati @biomech.siril.me · 19/11/2024

I'm also interested in modeling muscle recruitment, particularly in spinal stabilization. Recently, we built a high-fidelity digital twin of this human torso, from scratch...with integrated flexible bodies, and the runtime is just under 10 secs! Doing some HIL testing with actual hardware in Dec.

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Siril Dukkipati @biomech.siril.me · 19/11/2024

Something I've been recently interested in and is the natural next phase of the above model - introducing #IVD stiffness tuning and nonlinearly to be able to represent level-by-level stiffness variability and in a population. The solution might be lattices!

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