Resumen

PEREZ, Freddy Antonio; D'ALESSANDRO MARTINEZ, Antonio José  y  AZUAJE, José del C. Modelo biomecánico de la generación de fuerza muscular en condiciones isométrica y tetánica. AVFT [online]. 2008, vol.27, n.1, pp.26-28. ISSN 0798-0264.

Our aim was to develop a lumped structural model of muscle under isometric and tetanic conditions to explain the experimental curves: Force-time (F- t), and Force-length (F- l). The model consists of three elements connected in parallel: a contractile, a viscous one, and elastic, and other elastic element, in tandem with the former ensemble. Application of Newton’s second law leads to the differential equation of motion of the system. The solution of this equation is in good agreement with the experimental results.

Palabras clave : Muscular contraction; Isometric contraction; Tetanic contraction; Newtonian model of muscle contraction.