<p>A: The torque generated by actuators at 0.25, 0.5, and 0.75 of the body (represented by green, red, and dark blue symbols and lines, respectively) as a function of time. B: RMS magnitude of the torque of an actuator as a function of position on the body. Large filled circles indicate the RMS of the torque curves in panel (A) with the same color scheme. The solid black line in panel B and data in panel A are from simulation with a uniform body and the blue dashed line in panel B is from a simulation with a tapered body. , .</p
<p>All thicker lines represent the scaled HYOID model and all thinner lines represent the MASI model...
The torque generated by a rotating joint comprises the useful force exerted by the joint on the exte...
<p>The root-mean-squared (RMS) amplitude for the initial driving oscillation (a) and the final drivi...
<p>A: CoM trajectory. Gray region shows the configuration of the uniform body at s (not to scale). ...
<p>A: Head drag ( on the head) as a function of time for (green represents the empirical force rela...
<p>The reference forces and torques were computed by applying our inverse dynamics method to the pre...
<p>A: A sandfish lizard (<i>Scincus scincus</i>) resting on 3 mm diameter glass particles. B: A simu...
<p>The histogram bars at -10 and 10 represent the percentage of the total number of torque measureme...
<p>Black, green, and blue arrows represent forces measured in uniform body simulation, forces predic...
<p><b>A:</b> Simulated stimulation protocol was a square wave with pre-determined frequency (20 Hz)....
<p>Representation of the simulated arm and its two antagonist muscles. F1: force developed by muscle...
<p>A: Schematic diagram of the simulation. The rod oscillates horizontally and normal to its axis. R...
Black lines show the simulations without delays and purple lines show the simulations with delays.</...
The torque generated by a rotating joint comprises the useful force exerted by the joint on the exte...
Model parameters are reported in the table. Relative length is with respect to the length of the gen...
<p>All thicker lines represent the scaled HYOID model and all thinner lines represent the MASI model...
The torque generated by a rotating joint comprises the useful force exerted by the joint on the exte...
<p>The root-mean-squared (RMS) amplitude for the initial driving oscillation (a) and the final drivi...
<p>A: CoM trajectory. Gray region shows the configuration of the uniform body at s (not to scale). ...
<p>A: Head drag ( on the head) as a function of time for (green represents the empirical force rela...
<p>The reference forces and torques were computed by applying our inverse dynamics method to the pre...
<p>A: A sandfish lizard (<i>Scincus scincus</i>) resting on 3 mm diameter glass particles. B: A simu...
<p>The histogram bars at -10 and 10 represent the percentage of the total number of torque measureme...
<p>Black, green, and blue arrows represent forces measured in uniform body simulation, forces predic...
<p><b>A:</b> Simulated stimulation protocol was a square wave with pre-determined frequency (20 Hz)....
<p>Representation of the simulated arm and its two antagonist muscles. F1: force developed by muscle...
<p>A: Schematic diagram of the simulation. The rod oscillates horizontally and normal to its axis. R...
Black lines show the simulations without delays and purple lines show the simulations with delays.</...
The torque generated by a rotating joint comprises the useful force exerted by the joint on the exte...
Model parameters are reported in the table. Relative length is with respect to the length of the gen...
<p>All thicker lines represent the scaled HYOID model and all thinner lines represent the MASI model...
The torque generated by a rotating joint comprises the useful force exerted by the joint on the exte...
<p>The root-mean-squared (RMS) amplitude for the initial driving oscillation (a) and the final drivi...