EN
ZHGlobal Foot Dimensions
The listing below omits sub-headings for brevity. Click here to include sub-headings.
Contents
- 1 ANATOMY AND FOOT HEALTH
- 1.1 The foot
- 1.2 Foot structure
- 1.3 Muscles and ligaments
- 1.4 Skin
- 1.5 Influence of footwear on foot shape and health
- 1.6 Foot ailments
- 2 TECHNOLOGY AND PROCEDURE
- 2.1 3D scanning technology
- 2.2 Foot scanner
- 2.3 Scanning process
- 2.4 Measurement calibration
- 2.5 Checking and editing
- 2.6 Manual leg measurements
- 3 UNCERTAINTY OF MEASUREMENT
- 3.1 Summary
- 3.2 What is uncertainty of measurement?
- 3.3 Making the calculation
- 3.4 Ways to control uncertainty
- 3.5 Effects of load bearing on foot shape and size
- 3.6 Effects of white hose
- 3.7 Uncertainty budget for stick and tape measurements
- 3.8 Uncertainty budget for 3D scanning measurements
- 4 NORMALITY TESTING AND RANDOMNESS
- 4.1 Summary
- 4.2 Normal distribution
- 4.3 Checking for normality: Chi squared goodness of fit test
- 4.4 Skew in the distribution
- 4.5 Importance of randomness
- 4.6 Sampling theory and confidence
- 5 DEMOGRAPHICS AND DATA SPREAD
- 5.1 Data breakdown by gender, age and country
- 5.2 Data breakdown by geographical location
- 5.3 Treatment of ethnicity and foot ailments
- 5.4 Difference between left and right
- 6 DEFINITION OF MEASUREMENTS
- 6.1 Foot measurements
- 6.2 Leg measurements
- 7 SHOE SIZE DEFINITION
- 7.1 Sizing comparison table
- 7.2 History of shoe sizing
- 7.3 UK sizing
- 7.4 US sizing
- 7.5 European sizing
- 7.6 Mondopoint sizing
- 8 FOOT SIZE DISTRIBUTION
- 8.1 Summary
- 8.2 Mondopoint sizing - UK, USA and China - size distributions
- 8.3 UK sizing - UK, USA and China - size distributions
- 8.4 US sizing - UK, USA and China - size distributions
- 8.5 European sizing - UK, USA and China - size distributions
- 9 AVERAGE FOOT DIMENSIONS
- 9.1 Summary
- 9.2 Regression statistics - UK, USA and China
- 9.3 Mondopoint sizing - UK, USA and China - average foot dimensions
- 9.4 UK sizing - UK, USA and China - average foot dimensions
- 9.5 US sizing - UK, USA and China - average foot dimensions
- 9.6 European sizing - UK, USA and China - average foot dimensions
- 9.7 Graphical - UK, USA and China - average foot dimensions
- 9.8 Average foot dimensions against increasing age
- 10 FOOT AXIS AND JOINT ANGLE
- 10.1 Summary
- 10.2 Foot axis
- 10.3 Joint angle
- 10.4 Effect of axis on joint angle
- 10.5 Effect of axis on foot length
- 11 FOOT DIMENSION RATIOS
- 11.1 Summary
- 11.2 The importance of ratios
- 11.3 Heel to metatarsal tibiale/foot length ratio
- 11.4 Heel to metatarsal fibulare/foot length ratio
- 11.5 Joint girth/foot length ratio
- 11.6 Instep girth/foot length ratio
- 11.7 Foot breadth/joint girth ratio
- 11.8 Heel breadth/foot breadth ratio
- 11.9 Discussion
- 12 WIDTH FITTING
- 12.1 UK width fitting
- 12.2 US width fitting
- 12.3 European width fitting
- 12.4 Last grading
- 12.5 Spread of foot widths
- 12.6 Population coverage by size and width fitting
- 13 WOMEN’S LOWER LEG DATA
- 13.1 Summary
- 13.2 Regression statistics
- 13.3 Mondopoint sizing - UK, USA and China - average leg dimensions
- 13.4 UK sizing – UK, USA and China – average leg dimensions
- 13.5 US sizing – UK, USA and China – average leg dimensions
- 13.6 European sizing – UK, USA and China – average leg dimensions
- 13.7 Graphical - UK, USA and China - average leg dimensions
- 13.8 Average leg dimensions against age
- 14 REGRESSION FORMULA FOR FULL DATA COMPARISON
- 14.1 Summary
- 14.2 Regression formula - all ages
- 14.3 Regression formula - ages 16-25
- 14.4 Regression formula - ages 26-35
- 14.5 Regression formula - ages 36-45
- 14.6 Regression formula - ages 46-55
- 14.7 Regression formula - ages 56+
- 15 NOTATION, REGRESSION, AND OTHER MATHEMATICAL CONCEPTS
- 15.1 Mathematical notation
- 15.2 Standard deviation and pooled standard deviation
- 15.3 Regression
- 15.4 F-Significance test model check
- 15.5 Probability distributions
- 15.6 Stable and chaotic mathematical functions