Rotating electrical machines — Simulation of thermal behavior : Fundamental modes of heat transfer

Fundamental modes of heat transfer
Rotating electrical machines — Simulation of thermal behavior

Author : Raynal GLISES

Publication date: November 10, 1998 | Lire en français

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1. Fundamental modes of heat transfer

1.1 Conductive transfers

Conduction is the unique mode of heat transfer in solids. In a homogeneous parallelepipedic medium (figure 1 ) subjected to a temperature difference ( T ₁ – T ₂ ), the thermal power transiting along the x direction is expressed by : $\frac{d Q}{d t} = - [λ] \cdot d S \cdot$

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References

(1) - Mc ADAMS (W.H.) - Heat transmission. - 532 p. bibl. (840 réf.) 1954, Mc Graw-Hill.
(2) - SAULNIER (J.B.) - La modélisation thermique et ses applications aux transferts couplés et au contrôle actif. - 269 p. bibl. (70 réf.) 1980, Thèse...

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Fundamental modes of heat transfer Rotating electrical machines — Simulation of thermal behavior

1. Fundamental modes of heat transfer

1.1 Conductive transfers

References

Fundamental modes of heat transfer
Rotating electrical machines — Simulation of thermal behavior