Engineering
Iron
100%
Capture System
78%
Launch Condition
70%
Launch Angle
53%
Biomechanics
47%
Joints (Structural Components)
27%
Technical Parameter
27%
Angular Velocity ω
27%
Peak Force
27%
Mass Distribution
27%
Effect Size
27%
Biomechanical Model
24%
Test Protocol
22%
Skilled Player
20%
Angle Joint
18%
Optimal Performance
18%
Double Pendulum
18%
Body Rotation
16%
Technical Knowledge
15%
Similarities
13%
Reaction Force
13%
Two Dimensional
13%
Principal Components
13%
Takeoff
13%
Interface Pressure
13%
Measurement System
13%
Bending Stiffness
13%
Common Method
13%
Measured Parameter
13%
Dynamic Response
13%
Progression
13%
Loading Rate
13%
Tibial Acceleration
13%
Camera Motion
13%
Impact Loads
13%
Peak Acceleration
13%
Early Part
13%
Fits and Tolerances
13%
Horizontal Plane
13%
Covariance Analysis
13%
Coefficient of Variation
13%
Pressure Sensor
13%
Launch Speed
13%
Great Variability
11%
Doppler Radar
10%
Ground Contact
10%
Robot
9%
Instantaneous Rate
9%
Polydimethylsiloxane
9%
Interrelationship
7%
Nursing and Health Professions
Isometrics
54%
Stress Fracture
27%
Athletes
27%
Lactic Acid
18%
Perceived Exertion
18%
Muscle Strength
13%
Systematic Review
13%
Rigidity
13%
Contact Time
13%
Plyometrics
13%
Iron
13%
Body Mass
13%
Bone Density
13%
Analysis of Variance
8%
Correlation Coefficient
6%