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[24-25] Systèmes physiques 2 - Machines thermiques [S2] [LI] [FR]

[24-25] Systèmes physiques 2 - Machines thermiques [S2] [LI] [FR]

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R_\mathrm{th,cond}=e.\lambda.AR_\mathrm{th,cond}=e.\lambda.A

R_\mathrm{th,cond}=\lambda.A/eR_\mathrm{th,cond}=\lambda.A/e

R_\mathrm{th,cond}=A/(\lambda.e)R_\mathrm{th,cond}=A/(\lambda.e)

R_\mathrm{th,cond}=1/(\lambda.A)R_\mathrm{th,cond}=1/(\lambda.A)

R_\mathrm{th,cond}=e/(\lambda.A)R_\mathrm{th,cond}=e/(\lambda.A)

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Comment se compose la résistance thermique du mur par les résistances à la convection de part et d'autre des murs et à la conduction thermique à travers les murs ?