New Ideas for Measuring Weight Parameters of Human Movement Segments

Author: Li Shiming
Publisher:
Publish Date: 2004-07-23
Features:
Chapter 1 Introduction
Section 1 Overview of Human Body Weight Parameters
1. Weight
2. Center of Gravity Position
3. Moment of Inertia
Section 2 Establishment of Human Body Model
1. Number of Segments
2. Segment Shape
3. Segment Division Method
Section 3 Measurement and Statistical Models of Human Segment Weight Parameters
1. Autopsy Method
2. Living Body Measurement Method
3. Mathematical Model Method
4. Physical Simulation Method
Section 4 Measurement and Statistical Models of Whole-Body Human Physiological Parameters
1. Measurement Methods of Whole-Body Human Physiological Parameters
2. Statistical Models of Whole-Body Human Weight Parameters
Section 5 Current Status of Application of Human Segment Weight Parameters
1. General Principles of Parameter Application
2. Current Status Analysis of Parameter Application
Section 6 Development Trends and Shortcomings of Measurement Research on Human Segment Weight Parameters
1. Development Trends
2. Shortcomings
Chapter 2 Basis of Topic Selection and Research Process
Section 1 Basis of Topic Selection
Section 2 Research Process
Chapter 3 Basic Concepts of Measurement Theory of Human Movement Segment Weight Parameters Based on Balance Board
Section 1 Proposal of Balance Board Measurement Theory
1. Overview of Balance Board Measurement
2. Selection of Balance Board Measurement Scheme
Section 2 Introduction of Human Movement Segment Principles
Section 3 Supplementary of Weight Moment Parameters
Chapter 4 Measurement Principle of Human Movement Segment Weight Parameters Based on Balance Board
Section 1 Segment Weight Moment Balance Board Measurement Principle
1. Linkage Relationship Between Segment Center of Gravity and Human Total Center of Gravity
2. Principle of Total Center of Gravity Circle
3. Physical Significance of Total Center of Gravity Circle
4. Extension of Total Center of Gravity Circle Principle
5. Calculation of Total Center of Gravity Circle Radius
Section 2 Segment Center of Gravity Balance Board Measurement Principle
1. Schematic Diagram of Center of Gravity Position Measurement Principle
2. Biomechanical Analysis of Center of Gravity Position Measurement Principle
Chapter 5 Development of Balance Board and Verification of Measurement Principle
Chapter 6 Theoretical Calculation of Human Movement Segment Weight Parameters for Basic Human Model
Chapter 7 Optimization Calculation of Segment Weight Parameters for Refined Human Model
Chapter 8 Distortion Analysis of Total Center of Gravity Circle Measurement Based on R-II Type Balance Board
Chapter 9 Measurement Subjects and Methods
Chapter 10 Measurement Results and Analysis
Chapter 11 Conclusions and Recommendations
References
Appendix
Postscript