Matches in SemOpenAlex for { <https://semopenalex.org/work/W4211092015> ?p ?o ?g. }
- W4211092015 endingPage "482" @default.
- W4211092015 startingPage "469" @default.
- W4211092015 abstract "In vitro test methods are challenged by the multi-factorial nature of head-neck taper connection tribocorrosion due to the consequences of simplification. Incorrect study design and misinterpretation of results has led to contradictory findings regarding important factors affecting head-neck taper tribocorrosion. This review seeks to highlight important considerations when developing in vitro test methods, to help researchers strengthen their study design and analyze the implications of others’ design decisions. The advantages, disadvantages, limitations and procedural considerations for finite element analyses, electrochemical studies and in vitro simulations related to head-neck taper connection tribocorrosion are discussed. Finite element analysis offers an efficient method for studying large ranges of mechanical parameters. However, they are limited by neglecting electrochemical, biological and fluid flow factors. Electrochemical studies may be preferred if these factors are considered important. Care must be taken in interpreting data from electrochemical studies, particularly when different materials are compared. Differences in material valence and toxicity affect clinical translation of electrochemical studies’ results. At their most complex, electrochemical studies attempt to simulate all aspects of headneck taper connection tribocorrosion in a bench top study. Effective execution requires in-depth knowledge of the tribocorrosion phenomenon, the involved mechanisms, and their measures such that each study design decision is fully informed." @default.
- W4211092015 created "2022-02-13" @default.
- W4211092015 creator A5023278331 @default.
- W4211092015 creator A5086444103 @default.
- W4211092015 date "2022-02-10" @default.
- W4211092015 modified "2023-09-25" @default.
- W4211092015 title "In vitro testing for hip head-neck taper tribocorrosion: A review of experimental methods" @default.
- W4211092015 cites W1481879125 @default.
- W4211092015 cites W1501012971 @default.
- W4211092015 cites W1512684673 @default.
- W4211092015 cites W1520076537 @default.
- W4211092015 cites W1566703508 @default.
- W4211092015 cites W1631057286 @default.
- W4211092015 cites W1893199803 @default.
- W4211092015 cites W1900807503 @default.
- W4211092015 cites W1964359546 @default.
- W4211092015 cites W1966407134 @default.
- W4211092015 cites W1966834525 @default.
- W4211092015 cites W1968706787 @default.
- W4211092015 cites W1969541037 @default.
- W4211092015 cites W1973756725 @default.
- W4211092015 cites W1977925889 @default.
- W4211092015 cites W1990351237 @default.
- W4211092015 cites W1990444154 @default.
- W4211092015 cites W1992142148 @default.
- W4211092015 cites W199414648 @default.
- W4211092015 cites W2004759481 @default.
- W4211092015 cites W2009779134 @default.
- W4211092015 cites W2010874841 @default.
- W4211092015 cites W2013223641 @default.
- W4211092015 cites W2017556324 @default.
- W4211092015 cites W2021486791 @default.
- W4211092015 cites W2021629826 @default.
- W4211092015 cites W2023115269 @default.
- W4211092015 cites W2025807523 @default.
- W4211092015 cites W2036469786 @default.
- W4211092015 cites W2036910507 @default.
- W4211092015 cites W2038110765 @default.
- W4211092015 cites W2038363432 @default.
- W4211092015 cites W2043732216 @default.
- W4211092015 cites W2058758577 @default.
- W4211092015 cites W2059445376 @default.
- W4211092015 cites W2068490897 @default.
- W4211092015 cites W2068886779 @default.
- W4211092015 cites W2071921388 @default.
- W4211092015 cites W2078479360 @default.
- W4211092015 cites W2081987744 @default.
- W4211092015 cites W2091997065 @default.
- W4211092015 cites W2092766513 @default.
- W4211092015 cites W2094807327 @default.
- W4211092015 cites W2101735311 @default.
- W4211092015 cites W2113223043 @default.
- W4211092015 cites W2125487015 @default.
- W4211092015 cites W2126917059 @default.
- W4211092015 cites W2129391261 @default.
- W4211092015 cites W2132129082 @default.
- W4211092015 cites W2139911424 @default.
- W4211092015 cites W2141287260 @default.
- W4211092015 cites W2150092565 @default.
- W4211092015 cites W2168482711 @default.
- W4211092015 cites W2171976770 @default.
- W4211092015 cites W2311824741 @default.
- W4211092015 cites W2321282344 @default.
- W4211092015 cites W2340122652 @default.
- W4211092015 cites W2418220074 @default.
- W4211092015 cites W242545078 @default.
- W4211092015 cites W2480996216 @default.
- W4211092015 cites W2540116809 @default.
- W4211092015 cites W2761703612 @default.
- W4211092015 cites W2778810050 @default.
- W4211092015 cites W2794968150 @default.
- W4211092015 cites W2797301630 @default.
- W4211092015 cites W2888119870 @default.
- W4211092015 cites W2934689853 @default.
- W4211092015 cites W2938317898 @default.
- W4211092015 cites W2950419082 @default.
- W4211092015 cites W2965371606 @default.
- W4211092015 cites W2966368906 @default.
- W4211092015 cites W2969545574 @default.
- W4211092015 cites W2981123325 @default.
- W4211092015 cites W2982493204 @default.
- W4211092015 cites W3010209494 @default.
- W4211092015 cites W3138752345 @default.
- W4211092015 cites W391588655 @default.
- W4211092015 cites W4244673094 @default.
- W4211092015 cites W949616214 @default.
- W4211092015 cites W972156871 @default.
- W4211092015 cites W98602107 @default.
- W4211092015 doi "https://doi.org/10.1177/09544119221074582" @default.
- W4211092015 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35139678" @default.
- W4211092015 hasPublicationYear "2022" @default.
- W4211092015 type Work @default.
- W4211092015 citedByCount "0" @default.
- W4211092015 crossrefType "journal-article" @default.
- W4211092015 hasAuthorship W4211092015A5023278331 @default.
- W4211092015 hasAuthorship W4211092015A5086444103 @default.
- W4211092015 hasBestOaLocation W42110920151 @default.
- W4211092015 hasConcept C107457646 @default.