Equivalent Electrical & Mechanical Networks of Human Body

Using the model, we explain a basic principle of electric-field communication that uses the human body. Although it is well known that electricity easily passes through the human body. In this we have given equivalent mechanical & electrical networks (Models) of human body. For this purpose we have used Force current (F-I) analogy & Force Voltage (F-V) analogy. In this paper we examine the physical justification for these analogies to improve mutual understanding. A simple way to relate analogies to common physical intuition is proposed. The 'mass-inductor' (F-V) analogy reflects a real-world distinction between equilibrium energy-storage phenomena and steady-state energy-storage phenomena. After comparison between these two analogies. We conclude that electrical network theory (from which the force-current analogy is derived) is an inappropriate basis for a general representation of physical system.