On the Law of Hysteresis.¶
Steinmetz, C. P. (1892). On the Law of Hysteresis. Transactions of the American Institute of Electrical Engineers, 9, 3-64.
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Primes¶
- Hysteresis
- . Internal memory mechanism. Some internal feature — multiple stable equilibria, irreversible structural changes, time-lagged internal states — preserves history beyond what the external parameter encodes. Loop area as energy or cost. The area of the hysteresis loop typically corresponds to energy dissipated or cost imposed by cycling the parameter, distinguishing reversible from dissipative dynamics
This sourceQuantitative engineering model for magnetic hysteresis energy loss; derives B^1.6 power law for core loss; establishes engineering framework for AC power system design and transformer efficiency calculation.
- . Internal memory mechanism. Some internal feature — multiple stable equilibria, irreversible structural changes, time-lagged internal states — preserves history beyond what the external parameter encodes. Loop area as energy or cost. The area of the hysteresis loop typically corresponds to energy dissipated or cost imposed by cycling the parameter, distinguishing reversible from dissipative dynamics
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