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Abstract
In this paper Inertia as a global parameter of system and process is considered. Beginning with the mechanical and electrical processes where a time-delay phenomena appears, the authors give a new definition of Inertia :
The Inertia is the system global internal parameter, which produces the entropy increase, as the effect of input variation.
The definition is based on system information measurement, to appreciate the level of organization against the entropy. This definition allows analyzing the different systems and determining the major effect on the quality of the processes.
Text
References
Bibliographical reference
Emil Pop and Monica Leba, « Inertia and its Implication in Technology », CASYS, 11 | 2002, 365-374.
Electronic reference
Emil Pop and Monica Leba, « Inertia and its Implication in Technology », CASYS [Online], 11 | 2002, Online since 26 July 2024, connection on 27 December 2024. URL : http://popups.uliege.be/3041-539x/index.php?id=2055
Authors
Emil Pop
University of Petrosani, Romania
Monica Leba
University of Petrosani, Romania