AN ENHANCED LUMPED MODEL FOR TRANSIENT HEAT CONDUCTION WITH INTENAL HEAT GENERATION

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ABBASI SOURAKI B.; ASSAREH N.; MEHRANI A.; OMIDI M.

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Seminar Paper

Paper Information

Seminar: CHEMICAL ENGINEERING CONGRESS AND EXHIBITION
Year:2010 | Issue:13

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Title

AN ENHANCED LUMPED MODEL FOR TRANSIENT HEAT CONDUCTION WITH INTENAL HEAT GENERATION

Author(s)

ABBASI SOURAKI B. | ASSAREH N. | MEHRANI A. | OMIDI M.

Keywords

HEAT CAPACITY

ENHANCED

POLYNOMIAL APPROXIMATION

BIOT NUMBERS

Abstract

IN THIS STUDY, AN ENHANCED LUMPED HEAT CAPACITY MODEL WAS DEVELOPED FOR UNSTEADY STATE ONE-DIMENTIONAL HEAT CONDUCTION WITH HEAT SOURCE, USING THE POLYNOMIAL APPROXIMATION METHOD. RESULTS OF THIS MODEL WERE COMPARED WITH THE CLASSICAL LUMPED CAPACITY METHOD USING A MATLAB PROGRAM AND FINITE DIFFERENCE METHOD. RESULTS SHOWED THAT ENHANCED LUMPED HEAT CAPACITY MODEL PREDICTED TEMPERATURE MORE ACCURATELY THAN CLASSICAL LUMPED MODEL AND COULD BE USED IN HIGHER BIOT NUMBERS THAN THOSE FOR THE CLASSICAL LUMPED MODEL.

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APA: Copy

ABBASI SOURAKI, B., ASSAREH, N., MEHRANI, A., & OMIDI, M.. (2010). AN ENHANCED LUMPED MODEL FOR TRANSIENT HEAT CONDUCTION WITH INTENAL HEAT GENERATION. IRANIAN NATIONAL CHEMICAL ENGINEERING CONGRESS & 1ST INTERNATIONAL REGIONAL CHEMICAL AND PETROLEUM E. SID. https://sid.ir/paper/908866/en

Vancouver: Copy

ABBASI SOURAKI B., ASSAREH N., MEHRANI A., OMIDI M.. AN ENHANCED LUMPED MODEL FOR TRANSIENT HEAT CONDUCTION WITH INTENAL HEAT GENERATION. 2010. Available from: https://sid.ir/paper/908866/en

IEEE: Copy

B. ABBASI SOURAKI, N. ASSAREH, A. MEHRANI, and M. OMIDI, “AN ENHANCED LUMPED MODEL FOR TRANSIENT HEAT CONDUCTION WITH INTENAL HEAT GENERATION,” presented at the IRANIAN NATIONAL CHEMICAL ENGINEERING CONGRESS & 1ST INTERNATIONAL REGIONAL CHEMICAL AND PETROLEUM E. 2010, [Online]. Available: https://sid.ir/paper/908866/en

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