Research on Lower Muscle Strength Feature for Elite Speed Skaters in High Speed Gliding

Xin Wang

doi:10.4028/www.scientific.net/AMM.117-119.67

Paper Titles

The Application of Interval Analysis Method in the Stability Analysis
p.48

Stress Distribution Rule of Reinforced Concrete Specimen under Uniaxial Tension
p.53

Analysis on Long-Span Bridge Seismic Response in Multi-Dimensional and Multi-Point Mode
p.58

Experimental Study on Impact Compression and Spliting of Granite
p.62

Research on Lower Muscle Strength Feature for Elite Speed Skaters in High Speed Gliding
p.67

Effect of the Stress Balance on Determination of Rock Dynamic Fracture Toughness Using Holed-Cracked Flattened Brazilian Disc
p.71

Preparation of Ni-Coated SiC Ceramic Composite Powder by Electroless Plating
p.77

Corrosion Behavior of Electroless Deposited Fe-Zn Coating
p.81

Study on the Vibro-Acoustic Characteristics of a Vibration Isolation Mass Structure with Composite Braces
p.85

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 117-119Research on Lower Muscle Strength Feature for...

Research on Lower Muscle Strength Feature for Elite Speed Skaters in High Speed Gliding

Abstract:

In order to obtain the Lower Muscle Strength Feature for Elite Speed Skaters in High Speed Gliding, this paper applied video analysis and isokinetic testing methods to conduct kinematic and kinetics dates. Contrasting to the kinematics dates, torques were computed by the Newton interpolation polynomial, which are simulated as the actual moments during gliding. According to the experimental results, the sLower Muscle Strength Feature is unique and correct.The larger of the velocity, the less moments produced from the hip, knee and ankle muscular, which will do harm to the power output.