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The artificial muscle model was utilized for the posture control of a biomimetic underwater robot.
Hill's muscle model was utilized to calculate the forces generated by the muscles from the acquired EMG data.
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To do so, an artificially activated Hill-type muscle model is used.
The muscle model is a new Hill-based model which includes established physiological relations of force velocity and force length frequency.
To address the problem of muscle modelling for continuously varying recruitment and length, and hence different values of initial CE length for different motor-units, a new multiple-motor-unit muscle model is presented which considers the muscle to comprise 1000 individual Hill-type virtual motor-units, which determine the total isometric force.
For the simulation study, the muscle modeling was done using a fast computing cylindrical HD-sEMG generation model.
Generating human skeletal muscle models is instrumental for investigating muscle pathology and therapy.
Two computational models of the masticatory system are presented in which Hill-type muscle models are used.
Skeletal muscle models are used to investigate motion and force generation in both biological and bioengineering research.
Hill-type muscle models are often used in muscle simulation studies and also in the design and virtual prototyping of functional electrical stimulation systems.
The biochemical response of 2D and 3D muscle models were evaluated by western blot (A ) and shown to be similar for (B ) the dose-depended accumulation of LC3B-II and the reduction of contractile proteins (C ) sarcomeric alpha actinin (SAA) and (D ) myosin heavy chain (MYH) (n = 4 2D wells or myobundles, #p < 0.05 vs control and 1 µM).
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