There are straightforward volume measurements available which are based on the frustrum method (i.e. modelling the leg as a section of a cone and applying a geometric formula), rapid, but not very accurate [ 4].
Simple measurements based on the frustrum method (i.e. modelling the leg as a section of a cone) are quick, but are often regarded as not very accurate [ 2].
For this, the input of the model, the leg extension, can be optimized to obtain a maximal forward velocity of the upper body.
Based on multilocus sequence typing of coding and noncoding regions and virulence in a heterologous host model, the leg and brain isolates are identical, but the two differed in mating fertility.
In addition, by modeling the trunk, arms, and legs of a human body as infinite cylinders, Liu et al. [7] proposed a method for calculating the scattering signal by body components.
In the 'Methods' section, the rehabilitation robot is described in detail; the dynamic model of the leg-robot hybrid system is introduced and analyzed, while the model of the FES-stimulated muscle is also given.
MGVs are taken as a model for the CMP, while the endo-venous compartment of the calf is used as a volumetric model of the leg.
Forces at the hip joints were calculated using a three-dimensional model of the leg.
By adding Equations 7 and 5, we can obtain the dynamic model of the leg-robot hybrid system which is represented as M ( q ) q ̈ + C ( q, q ̇ ) q ̇ + G ( q ) + τ pas ( q, q ̇ ) = τ r + τ m (9).
This suggests for the aerodynamic features tested on the bat model that the leg-induced wing camber is a more important feature than the angle of attack of the tail membrane for controlling the level of lift produced.
