ÀÎüµ¿¿ªÇР(Human-Body Dynamics)

 

 ±³ Àç : D. A. Winter, Biomechanics and Motor Control of Human Movement, 4th ed., Wiley, 2009.

 

 2011³â Á¦2Çб⠰­Àdz»¿ë ¹× ¿¹½ÀÀÚ·á: (Adobe Acrobat PDF file)

 

      09¿ù 06ÀÏ : 1. Biomechanics as an Interdiscipline

                         1.1 measurement, description, analysis, and assessment

                         1.2 biomechanics and its relationship with physiology and anatomy

                         1.3 scope of the textbook

 

      09¿ù 13ÀÏ :  (Ãß¼® ¿¬ÈÞ)

 

      09¿ù 20ÀÏ : 2. Signal Processing   

                         2.0 introduction

                         2.1 auto- cross-correlation analyses

                         2.2 frequency analysis

                         2.3 ensemble averaging of repetitive waveforms  

 

      09¿ù 27ÀÏ : 3. Kinematics            

                         3.1 kinematic convention

                         3.2 direct measurement techniques

                         3.3 imaging measurement techniques

                         3.4 processing of raw kinematic data

                         3.5 calculation of other kinematic variables

 

      10¿ù 04ÀÏ : 4. Anthropometry           

                         4.1 density, mass, and inertial properties

                         4.2 direct experimental measures

                         4.3 muscle anthropometry

 

      10¿ù 11ÀÏ : 5. Kinetics: Forces and Moments of Force 

                         5.0 biomechanical models

                         5.1 basic link-segment equations

                         5.2 force transducers and force plates

                         5.3 bone-on-bone forces during dynamic conditions

 

      10¿ù 18ÀÏ : 6. Mechanical Work, Energy, and Power

                         6.0 introduction

                         6.1 efficiency

                         6.2 forms of energy storage

 

      10¿ù 25ÀÏ : Midterm Exam.

 

      11¿ù 01ÀÏ :   6.3 calculation of internal and external work

                         6.4 power balances at joints and within segments

 

                      7. Three-Dimensional Kinematics and Kinetics

                         7.1 axes systems

 

      11¿ù 08ÀÏ :   7.2 marker and anatomical axes systems                         

                             7.2.1 examples of a kinematic data set

                         7.3 determination of segment angular velocities and accelerations

                         7.4 kinetic analysis of reaction forces and moments

 

      11¿ù 15ÀÏ : 8. Synthesis of Human Movement - Forward Solutions

                         8.0 introduction

                         8.1 review of forward solution models

                         8.2 mathematical formulation  

 

      11¿ù 22ÀÏ :   8.3 system energy

                              8.4 external forces and torques

                         8.5 designation of joints

                         8.6 illustrative example 

                                               

      11¿ù 29ÀÏ : 9. Muscle Mechanics      

                         9.0 introduction

                         9.1 force-length characteristics of muscles  

                         9.2 force-velocity characteristics

                         9.3 muscle modeling

 

      12¿ù 06ÀÏ : 10. Kinesiological Electromyography       

                         10.1 electrophysiology of muscle contraction

                         10.2 recording of the electromyogram

                         10.3 processing of the electromyogram                 

                         10.4 relationship between electromyogrm and biomechanical variables

 

      12¿ù 13ÀÏ : 11. Biomechanical Movement Synergies        [°­ÀdzëÆ®]

                         11.1 support movement synergy

                         11.2 medial/lateral and anterior/posterior balance

                         11.3 dynamic balance during walking

 

      12¿ù 20ÀÏ : Final Exam