Detail publikace

Effect of contact condition on film thickness formation in artificial joints

Originální název

Effect of contact condition on film thickness formation in artificial joints

Anglický název

Effect of contact condition on film thickness formation in artificial joints

Jazyk

en

Originální abstrakt

Total hip replacement is the most effective method for treating severe degenera-tive, post-traumatic and other diseases of the hip joint. Nevertheless wear of arti-ficial implants remains a serious health issue especially for metal-on-metal hip components where the formation of metallic wear debris has been linked to ad-verse tissue necrosis and increased of metal ions in the blood. Wear in MOM joints is essentially dependent on interfacial lubrication processes, which are sub-jected to the complex research work at the present time. The aim of this study is to analyze formation of lubrication film and experimental mapping of the lubri-cating film thickness of bovine serum within the contact between an artificial metal or ceramic femoral head and a glass disc and analyze effect of proteins on the film formation under rolling/sliding conditions. The film thickness was studied experimentally using film colorimetric interferometry. This study showed that pro-tein formation plays an important role in the lubrication processes of artificial joints of the human. Due to challenging of this study the more complex research work is carried out at the present time.

Anglický abstrakt

Total hip replacement is the most effective method for treating severe degenera-tive, post-traumatic and other diseases of the hip joint. Nevertheless wear of arti-ficial implants remains a serious health issue especially for metal-on-metal hip components where the formation of metallic wear debris has been linked to ad-verse tissue necrosis and increased of metal ions in the blood. Wear in MOM joints is essentially dependent on interfacial lubrication processes, which are sub-jected to the complex research work at the present time. The aim of this study is to analyze formation of lubrication film and experimental mapping of the lubri-cating film thickness of bovine serum within the contact between an artificial metal or ceramic femoral head and a glass disc and analyze effect of proteins on the film formation under rolling/sliding conditions. The film thickness was studied experimentally using film colorimetric interferometry. This study showed that pro-tein formation plays an important role in the lubrication processes of artificial joints of the human. Due to challenging of this study the more complex research work is carried out at the present time.

BibTex


@inproceedings{BUT103340,
  author="Tomáš {Návrat} and Martin {Vrbka} and Jan {Laštůvka} and Ivan {Křupka} and Martin {Hartl} and Jiří {Gallo}",
  title="Effect of contact condition on film thickness formation in artificial joints",
  annote="Total hip replacement is the most effective method for treating severe degenera-tive, post-traumatic and other diseases of the hip joint. Nevertheless wear of arti-ficial implants remains a serious health issue especially for metal-on-metal hip components where the formation of metallic wear debris has been linked to ad-verse tissue necrosis and increased of metal ions in the blood. Wear in MOM joints is essentially dependent on interfacial lubrication processes, which are sub-jected to the complex research work at the present time. The aim of this study is to analyze formation of lubrication film and experimental mapping of the lubri-cating film thickness of bovine serum within the contact between an artificial metal or ceramic femoral head and a glass disc and analyze effect of proteins on the film formation under rolling/sliding conditions. The film thickness was studied experimentally using film colorimetric interferometry. This study showed that pro-tein formation plays an important role in the lubrication processes of artificial joints of the human. Due to challenging of this study the more complex research work is carried out at the present time.",
  address="Springer International Publishing",
  booktitle="Mechatronics 2013",
  chapter="103340",
  doi="10.1007/978-3-319-02294-9",
  howpublished="print",
  institution="Springer International Publishing",
  year="2013",
  month="october",
  pages="863--868",
  publisher="Springer International Publishing",
  type="conference paper"
}