The Lumped Capacitance Method

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Problem: Furnace Start-up (cont.) (b) Performing an energy balance at the outer surface (s,o), ( − ) = ( − ) h T∞ Ts,o Ts,o T s,i /Rf′′ hT 2 -2 2 ∞ + T s,i / Rf′′ 25 W/m ⋅ K × 1300 K + 1200 K/10 m ⋅K/W Ts,o = = h+ 1/R 25 + 100 W/m 2 ⋅K ( f′′ ) ( ) Ts,o = 1220 K. How does the coating affect the thermal time constant?
Time-Dependent Conduction : Spatial Effects and the Role of Analytical Solutions Chapter 5 Sections 5.4 to 5.8
Page 1 and 2: Time-Dependent Conduction : The Lum
Page 3 and 4: 5.1 The Lumped Capacitance Method
Page 5 and 6: ( ) • Special Cases (Exact Soluti
Page 7 and 8: ‣ Negligible Radiation and Source
Page 9 and 10: ‣ Negligible Convection and Sourc
Page 11 and 12: kA : ( Ts,1 − Ts,2 ) = hA( Ts,2
Page 23 and 24: Problem 5.12: Charging a thermal en
Page 25 and 26: From Eq. (5.6), the corresponding t
Page 27: Problem: Furnace Start-up ASSUMPTIO
Page 31 and 32: • Non-dimensionalization of Heat
Page 33: ‣ Variation of temperature with l
Page 36: • Temperature Distribution: • C
Page 46 and 47: Problem: Thermal Energy Storage Pro
Page 48 and 49: Problem: Thermal Energy Storage Fro
Page 50 and 51: Problem: Thermal Response of Firewa
Page 52 and 53: Problem: Microwave Heating Problem:
Page 54: Problem: Microwave Heating We proce

The Lumped Capacitance Method

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