Applied Mathematics and Mechanics (English Edition) ›› 1991, Vol. 12 ›› Issue (3): 247-253.

• 论文 • 上一篇    下一篇

ENERGY PRINCIPLE OF LARGE DEFORMATION FOR LIVING SYSTEMS

陈至达   

  1. Peking Graduate School, China University of Mining, Beijing
  • 收稿日期:1990-05-04 出版日期:1991-03-18 发布日期:1991-03-18

ENERGY PRINCIPLE OF LARGE DEFORMATION FOR LIVING SYSTEMS

Chen Zhi-da   

  1. Peking Graduate School, China University of Mining, Beijing
  • Received:1990-05-04 Online:1991-03-18 Published:1991-03-18

摘要: Living system is a non-equilibrium open system having the function of self-organization and self-control. The study of energy principle of living system involves two principal parts: mechanics and thermodynamics. The classical infinitesimal deformation theory and thermodynamics of equilibrium state are not sufficient to explain the complex motion of living system. We aim in this paper to describe the mechanical energy principle of macroscopic motion of living body based on large deformation non-symmetry stress field theory. The principle of irreversible thermodynamics applied to livihg system will be left in another paper[9].

关键词: living system, energy principle, large deformation, S-R decomposition theorem, biomechanics

Abstract: Living system is a non-equilibrium open system having the function of self-organization and self-control. The study of energy principle of living system involves two principal parts: mechanics and thermodynamics. The classical infinitesimal deformation theory and thermodynamics of equilibrium state are not sufficient to explain the complex motion of living system. We aim in this paper to describe the mechanical energy principle of macroscopic motion of living body based on large deformation non-symmetry stress field theory. The principle of irreversible thermodynamics applied to livihg system will be left in another paper[9].

Key words: living system, energy principle, large deformation, S-R decomposition theorem, biomechanics

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