Biomechanical analysis of fatigue-related foot injury mechanisms in athletes and recruits during intensive marching

Keyphrases

• Stance Phase 100%
• Center of Pressure 100%
• Lateral Deviation 100%
• Biomechanical Analysis 100%
• Electromyography 100%
• Medial-lateral 100%
• Foot Injuries 100%
• Foot Structure 100%
• Plantar Pressure 100%
• Fatigue Analysis 100%
• Injury Mechanism 100%
• Peroneus Longus 100%
• Three-dimensional (3D) 50%
• Constant Velocity 50%
• Stress Concentration 50%
• Military 50%
• Finite Element Modeling 50%
• Clinical Investigation 50%
• Signal Spectrum 50%
• Radiograph 50%
• Treadmill 50%
• Median Frequency 50%
• Lower Limb muscles 50%
• Stress State 50%
• Internal Stress 50%
• Stress Fracture 50%
• Calcaneal 50%
• Neuromuscular Fatigue 50%
• Surface Electromyography (sEMG) 50%
• Three Dimensional Finite Element Model 50%
• Structural Stability 50%
• Integrative Analysis 50%
• Electromyography Signal 50%
• Triceps Surae 50%
• Fatigue State 50%
• Foot Stability 50%
• Dominant Cause 50%
• Pretibial 50%
• Accelerated Fatigue Test 50%
• Metatarsal Stress 50%
• Ankle Sprain 50%
• Athletics 50%
• Severe Fatigue 50%

Engineering

• Finite Element Modeling 100%
• Biomechanical Analysis 100%
• Stance Phase 100%
• Injury Mechanism 100%
• Signal Spectrum 50%
• Stress Concentration 50%
• Structural Stability 50%
• Internal Stress 50%
• Stress State 50%
• Constant Velocity 50%
• Induced Fatigue 50%
• Clinical Investigation 50%
• Median Frequency 50%