@inproceedings{3778c6c6709648f7853d6694502fbcda,
title = "Application of General Linear Modeling (GLM) to analysis of indentation in compact bone",
abstract = "The indentation process is useful in determining the behavior of a material under the action of a point or line load. The main geometric features of a wedge shaped indenter are the wedge angle and the radius on the wedge apex. General Linear Modeling is a statistical linear regression model which may be stated as: Y= β0+β1Xi1+β2X i2+β3Xi3+β4X i1Xi2+β5Xi1Xi3+ β6Xi2Xi3+β7X i1Xi2Xi3+...+εi (1) The components of this linear relationship are 'Y', which is the response to a set of varying factors (x1 to xn) and 'β1 to βn' are the coefficients of regression for each factor analysed. During our research experiments we varied factors (x1 to xn) such as the indenter geometry, and the direction of indentation relative to three principal microstructural directions in compact bone. We measured a series of responses (Y) during the experiments and used two of these in this analysis; indentation force and bone damage. We used GLM to evaluate the significance of each factor, and the crossed effects of factors on the responses (Y). In this paper we describe our approach and the application of GLM to modeling of indentation in compact bone.",
keywords = "Compact bone, Damage, General linear modeling, Indentation, Indentation force, Sequential labelling",
author = "Ger Reilly and David Taylor",
year = "2012",
language = "English",
isbn = "9780987994523",
series = "AES-ATEMA International Conference Series - Advances and Trends in Engineering Materials and their Applications",
pages = "153--160",
booktitle = "Advances and Trends in Engineering Materials and Their Applications - Proceedings of Can 2012 11th AES-ATEMA International Conference",
note = "CAN 2012 11th International Conference on Advances and Trends in Engineering Materials and Their Applications, AES-ATEMA 2012 ; Conference date: 06-08-2012 Through 10-08-2012",
}