NEW REVOLUTION IN THERMODYNAMICS (A DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS.

NEW REVOLUTION IN THERMODYNAMICS (A DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS. Dynamic Mechanical quasi-equilibrium, of opposing forces, between two... More

NEW REVOLUTION IN THERMODYNAMICS (A DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS. Dynamic Mechanical quasi-equilibrium, of opposing forces, between two sub-cycles or cyclic subsystems that mutually interacting (they share the same spatial trajectory semi-cyclic or cyclic of rotation) connected by a continuous medium (liquid, gas or solid) that provides a constant source of energy (the pressure energy, potential energy, etc..) within a thermodynamic cyclic system, producing a useful motion (work) and heat due to friction same, without reducing the internal energy of the same system and without use of external energy to the system. Cuasi Equilibrio Dinámico-Mecánico de fuerzas contrarias entre dos subciclos ó subsistemas cíclicos, que interactuan entre si (que comparten una misma trayectoria espacial ciclica de giro) manteniéndosen unidos mediante un medio continuo (líquido, gas o s Less