Engineering
Energetics
100%
Running Speed
88%
Performance Loss
80%
Reaction Force
75%
Laboratory Biomechanics
66%
Target Rate
66%
Light-Emitting Diode
66%
Max
50%
Power Output
41%
Manoeuvring Flight
33%
Classical Theory
33%
Duty Cycle
33%
External Work
33%
Resonant Frequency
33%
Ground Force
30%
Ground Contact
25%
Stance Phase
25%
Fixed Wings
16%
Linear Displacement
16%
Aircraft
16%
Angular Displacement
16%
Mechanical Output Power
16%
Servo Motor
16%
Human Performance
16%
Functional Performance
16%
Flexural Stiffness
16%
Linear Response
16%
Force Plate
16%
Honeycomb Sandwich
16%
System Response
16%
Shafts (Machine Components)
16%
Constant Speed
16%
Sandwich Panel
16%
Crosstalk
16%
Measured Value
16%
Accurate Prediction
16%
Dwelling
16%
Constant Time
9%
Limitations
8%
Contact Time
8%
Mechanical Interaction
8%
Swing Phase
8%
Applied Force
8%
Output Force
6%
Induced Fatigue
6%
Range Force
6%
Male Subject
6%
Nursing and Health Professions
Aerobic Capacity
91%
Light Emitting Diode
66%
Reproducibility
66%
Human Subject
66%
Muscle Strength
66%
Anaerobic Power
58%
Leg Prosthesis
44%
Athletes
33%
Prosthesis
33%
Limb Prosthesis
27%
Treadmill Exercise
25%
Treadmill Test
25%
Contact Time
16%
Indirect Calorimetry
16%
Anaerobic Capacity
8%
Biochemistry, Genetics and Molecular Biology
Muscle Strength
83%
Visual Feedback
66%
Human
66%
Energy Transfer
66%
Muscle Contraction
66%
Biomechanics
66%
Neuromuscular Function
33%
Muscle Fatigue
33%
Dynamic Exercise
16%
Anaerobic Metabolism
16%
Sex Difference
8%
Adenosine Triphosphate
8%
