DOI: 10.6084/m9.figshare.5644294.v1
title: The fascicle mechanical properties

description: The quantitative data relating to the derived fascicle mechanical properties are contained in a MS Excel file, STRAINENERGY_v4_3-4_4_2_SCI_DATA.xls. <br>The file contains three worksheets, namely 'Derived parameters', 'Mean of individual mouse' and 'Mean-SD each age group'. <br>The column descriptions for the worksheet 'Derived parameters' are as follows:COLUMN A: Serial number of the specimens from each mouse. COLUMN B: Age group; 'M' represents months.COLUMN C: Input file names; for these names, 'mtt' represents mouse tail tendon.COLUMN D: Fascicle diameter, d (m)COLUMN E: Stress at the point of inflexion, sY (Pa)COLUMN F: Strain at the point of inflexion, eYCOLUMN G: Stiffness at the point of inflexion, E (Pa)COLUMN H: Maximum stress, sU (Pa)COLUMN I: Strain at maximum stress, eUCOLUMN J: Strain energy density to resilence (from origin to point of inflexion), ui (Pa)COLUMN K: Strain energy density during plastic loading, from point of inflexion to maximum stress, uP (Pa)COLUMN L: Strain energy density to rupture, from maximum stress to rupture, uR (Pa)COLUMN N: Stress at the point of inflexion, sY (MPa)COLUMN O: Maximum stress, sU (MPa)COLUMN P: Stiffness at the point of inflexion, E (MPa)COLUMN R: Strain energy density to resilence (from origin to point of inflexion), uE (MPa)COLUMN S: Strain energy density during plastic loading, from point of inflexion to maximum stress, uP (MPa)COLUMN T: Strain energy density to rupture, from maximum stress to rupture, uR (MPa)COLUMN U: Strain energy density for failure, from point of inflexion to rupture, uF (MPa)COLUMN W: Total strain energy density from origin to rupture, u0 (MPa)COLUMN X: Ratio of uE/sYCOLUMN Y: Ratio of uF/sU<br>The column descriptions for the worksheet 'Mean of individual mouse ' are as follows:COLUMN A: Age group; 'M' represents months.COLUMN B: Mouse IDCOLUMN C: Age group; 'M' represents monthsCOLUMN D: Stress at the point of inflexion, sY (MPa)COLUMN E: Maximum stress, sU (MPa)COLUMN F: Stiffness at the point of inflexion, E (MPa)COLUMN G: Strain energy density to resilence (from origin to point of inflexion), uE (MPa)COLUMN H: Strain energy density during plastic loading, from point of inflexion to maximum stress, uP (MPa)COLUMN I: Strain energy density to rupture, from maximum stress to rupture, uR (MPa)COLUMN J: Strain energy density for failure, from point of inflexion to rupture, uF (MPa)COLUMN L: Total strain energy density from origin to rupture, u0 (MPa)COLUMN M: Ratio of uE/sYCOLUMN N: Ratio of uF/sU<br>The column descriptions for the worksheet ''Mean-SD each age group' are as follows:COLUMN A: Age group; 'M' represents months.COLUMN B: Data reduction parameters, namely Mean, Standard deviation (SD), Standard error of mean (SE)COLUMN C: Stress at the point of inflexion, sY (MPa)COLUMN D: Maximum stress, sU (MPa)COLUMN E: Stiffness at the point of inflexion, E (MPa)COLUMN G: Strain energy density to resilience (from origin to point of inflexion), uE (MPa)COLUMN H: Strain energy density during plastic loading, from point of inflexion to maximum stress, uP (MPa)COLUMN I: Strain energy density to rupture, from maximum stress to rupture, uR (MPa)COLUMN J: Strain energy density for failure, from point of inflexion to rupture, uF (MPa)COLUMN L: Total strain energy density from origin to rupture, u0 (MPa)COLUMN M: Ratio of uE/sYCOLUMN N: Ratio of uF/sU