A biomechanically-guided planning and execution paradigm for osteoporotic hip augmentation: Experimental evaluation of the biomechanics and temperature-rise-Reference-Cited by-同舟云学术

A biomechanically-guided planning and execution paradigm for osteoporotic hip augmentation: Experimental evaluation of the biomechanics and temperature-rise

Published:2021-07 Issue: Volume:87 Page:105392
ISSN:0268-0033
Container-title:Clinical Biomechanics
language:en
Short-container-title:Clinical Biomechanics

Author:

Farvardin Amirhossein,Bakhtiarinejad Mahsan,Murphy Ryan J.,Basafa Ehsan,Khanuja Harpal,Oni Juluis K.,Armand Mehran

Funder

National Institutes of Health

Publisher

Elsevier BV

Subject

Orthopedics and Sports Medicine,Biophysics

Reference26 articles.

1. A conductive cooling scheme for bone augmentation of the proximal femur with PMMA: an experimental and finite element study;Bakhtiarinejad,2019

2. Subject-specific planning of femoroplasty: a combined evolutionary optimization and particle diffusion model approach;Basafa;J. Biomech.,2014

3. Patient-specific finite element modeling for femoral bone augmentation;Basafa;Med. Eng. Phys.,2013

4. A particle model for prediction of cement infiltration of cancellous bone in osteoporotic bone augmentation;Basafa;PLoS One,2013

5. Subject-specific planning of femoroplasty: an experimental verification study;Basafa;J. Biomech.,2015

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3. Evaluating femoral augmentation to prevent geriatric hip fracture: A scoping review of experimental methods;Journal of Orthopaedic Research;2023-06-12

4. A Surgical Robotic System for Osteoporotic Hip Augmentation: System Development and Experimental Evaluation;IEEE Transactions on Medical Robotics and Bionics;2023-02

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