Comparative study of femur bone having different boundary conditions and bone structure using finite element method

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Abstract

Background: Femur bone is an important part in human which basically gives stability and support to carry out all day to day activities. It carries loads from upper body to lower abdomen. Objective: In this work, the femur having composite structure with cortical, cancellous and bone marrow cavity is bisected from condyle region with respect to 25%, 50% and 75% of its height. There is considerable difference in the region chosen for fixing all degrees of freedom in the analysis of femur. Methods: The CT scans are taken, and 3D model is developed using MIMICS. The developed model is used for static structural analysis by varying the load from 500N to 3000N. Results: The findings for 25% bisected femur model report difference in directional deformation less than 5% for loads 2000N and less. In the study comparing fully solid bone and the composite bone, the total deformation obtained for a complete solid bone was 3.5 mm which was 18.7% less than that determined for the composite bone. Conclusion: The standardization for fixing the bone is developed. And it is required to fix the distal end always with considering full femur bone.

Original languageEnglish
Pages (from-to)115-134
Number of pages20
JournalOpen Biomedical Engineering Journal
Volume12
Issue number1
DOIs
Publication statusPublished - 01-01-2018

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Femur
Bone
Boundary conditions
Finite element method
Bone and Bones
Computerized tomography
Composite materials
Abdomen
Composite structures
Structural analysis
Standardization
Bone Marrow

All Science Journal Classification (ASJC) codes

  • Bioengineering
  • Medicine (miscellaneous)
  • Biomedical Engineering

Cite this

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title = "Comparative study of femur bone having different boundary conditions and bone structure using finite element method",
abstract = "Background: Femur bone is an important part in human which basically gives stability and support to carry out all day to day activities. It carries loads from upper body to lower abdomen. Objective: In this work, the femur having composite structure with cortical, cancellous and bone marrow cavity is bisected from condyle region with respect to 25{\%}, 50{\%} and 75{\%} of its height. There is considerable difference in the region chosen for fixing all degrees of freedom in the analysis of femur. Methods: The CT scans are taken, and 3D model is developed using MIMICS. The developed model is used for static structural analysis by varying the load from 500N to 3000N. Results: The findings for 25{\%} bisected femur model report difference in directional deformation less than 5{\%} for loads 2000N and less. In the study comparing fully solid bone and the composite bone, the total deformation obtained for a complete solid bone was 3.5 mm which was 18.7{\%} less than that determined for the composite bone. Conclusion: The standardization for fixing the bone is developed. And it is required to fix the distal end always with considering full femur bone.",
author = "Chethan, {K. N.} and Mohammad Zuber and Bhat, {Shyamasunder N.} and Shenoy, {Satish B.}",
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T1 - Comparative study of femur bone having different boundary conditions and bone structure using finite element method

AU - Chethan, K. N.

AU - Zuber, Mohammad

AU - Bhat, Shyamasunder N.

AU - Shenoy, Satish B.

PY - 2018/1/1

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N2 - Background: Femur bone is an important part in human which basically gives stability and support to carry out all day to day activities. It carries loads from upper body to lower abdomen. Objective: In this work, the femur having composite structure with cortical, cancellous and bone marrow cavity is bisected from condyle region with respect to 25%, 50% and 75% of its height. There is considerable difference in the region chosen for fixing all degrees of freedom in the analysis of femur. Methods: The CT scans are taken, and 3D model is developed using MIMICS. The developed model is used for static structural analysis by varying the load from 500N to 3000N. Results: The findings for 25% bisected femur model report difference in directional deformation less than 5% for loads 2000N and less. In the study comparing fully solid bone and the composite bone, the total deformation obtained for a complete solid bone was 3.5 mm which was 18.7% less than that determined for the composite bone. Conclusion: The standardization for fixing the bone is developed. And it is required to fix the distal end always with considering full femur bone.

AB - Background: Femur bone is an important part in human which basically gives stability and support to carry out all day to day activities. It carries loads from upper body to lower abdomen. Objective: In this work, the femur having composite structure with cortical, cancellous and bone marrow cavity is bisected from condyle region with respect to 25%, 50% and 75% of its height. There is considerable difference in the region chosen for fixing all degrees of freedom in the analysis of femur. Methods: The CT scans are taken, and 3D model is developed using MIMICS. The developed model is used for static structural analysis by varying the load from 500N to 3000N. Results: The findings for 25% bisected femur model report difference in directional deformation less than 5% for loads 2000N and less. In the study comparing fully solid bone and the composite bone, the total deformation obtained for a complete solid bone was 3.5 mm which was 18.7% less than that determined for the composite bone. Conclusion: The standardization for fixing the bone is developed. And it is required to fix the distal end always with considering full femur bone.

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