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Prosthetics: Biomechanics and outcomes in lower limb prosthetics
| Chair: |
Össur Research and Innovation |
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| Chair: |
Ottobock SE & Co. KGaA Research & Development |
| Date/Time: | We. 2022/05/11 10:45 - 12:00
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| Place: | CCO, Room 4 |
| Info Title Lecture | Speaker | |
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| #1/5 |
Reduction of phantom pain with a TSR-based surgical technique: Case series with eight patients following lower-limb amputation Abstract:
Die TSR ist eine wertvolle Option für die Behandlung von Phantomschmerzen. Die Patienten erhalten in Kombination mit einer speziellen Prothese wieder ein Gefühl für die Fußsohle an der reinnervierten Stelle. Dadurch ist der Patient in der Lage seinen Fuß authentisch zu spüren.
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| #2/5 |
A new 3-D biomechanical simulation approach for an evidence-based comfort assessment of prosthetic sockets Abstract:
The study presents an imaging based Finite-Element (FE) analysis to assess the comfort of prosthetic sockets in daily use. A detailed model of the residual limb, with individual muscles and tendons, has been developed to simulate socket-tissue interaction and estimate realistic tissue deformation.
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Ranjan, Animesh
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| #3/5 |
A Novel Simulation-Based Workflow for the Planning of CFRP Layup in Prosthetic Sockets for the Lower Extremity Abstract:
The present study aims to define a virtual workflow that can be used for the mechanical evaluation, failure analysis and the planning of carbon fiber layup of CFRP prosthetic lower limb sockets to improve structural integrity and reduce material usage.
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Yildiz, Armagan Can
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| #4/5 |
Energy consumption measurements with prostheses or orthoses: What is a suitable study design? Abstract:
Für Studien zum metabolischen Energieverbrauch im Bereich der Prothetik und Orthetik wird evidenz-basiert ein repetitives randomisiertes cross-over Studiendesign (A-B-B-A) empfohlen, um Gewöhnungseffekte an die Messsituation zu eliminieren und um die Belastbarkeit der Messdaten zu erhöhen.
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| #5/5 |
A toolbox for bi-directional conversions between 3D prosthetic socket stress measurements and its representations in 2D. Abstract:
A method to accurately present intra-socket stress distributions on a 2D map of individual amputees’ residual limbs. The process was completed for a transfemoral amputee and verified through experimental pressure recordings, which were visualised on a specially developed desktop application.
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