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Simulation study to investigate and examine the relationship that hip and knee joint angles share with the rate of metabolic energy expenditure and tendon strain.

docs.google.com/document/d/1ellfdvn844r35h3indasiksxcbj7-5eag5-lggxyccg/edit?usp=sharing

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Name		Name	Last commit message	Last commit date
Latest commit History 174 Commits
Result Figures		Result Figures
HillTypeMuscle.m		HillTypeMuscle.m
MAIN.m		MAIN.m
README.md		README.md
get_BF_velocity.m		get_BF_velocity.m
get_G_velocity.m		get_G_velocity.m
get_RF_velocity.m		get_RF_velocity.m
get_activation_values_BF.m		get_activation_values_BF.m
get_activation_values_G.m		get_activation_values_G.m
get_activation_values_RF.m		get_activation_values_RF.m
get_hip_angle.m		get_hip_angle.m
get_knee_angle.m		get_knee_angle.m
get_max_shortening_velocity.m		get_max_shortening_velocity.m
get_muscle_force_length_regression.m		get_muscle_force_length_regression.m
get_muscle_length_change.m		get_muscle_length_change.m
get_optimal_muscle_length.m		get_optimal_muscle_length.m
simulate_DE_BF.m		simulate_DE_BF.m
simulate_DE_G.m		simulate_DE_G.m
simulate_DE_RF.m		simulate_DE_RF.m
test_get_functions.m		test_get_functions.m
time_to_crank_angle.m		time_to_crank_angle.m
time_to_crank_angle_test.m		time_to_crank_angle_test.m

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cycle_seat_state_model_optimization

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Simulation study to investigate and examine the relationship that hip and knee joint angles share with the rate of metabolic energy expenditure and tendon strain.

docs.google.com/document/d/1ELlFDVN844R35H3InDaSIKSxcBj7-5EAg5-LgGxYCCg/edit?usp=sharing

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