Heat-exchanger networks synthesis with fuzzy inlet temperatures using linear membership function and analytic hierarchy process

Heat exchanger network synthesis with uncertain source-stream temperatures has been formulated as a fuzzy multi-objective mixed-integer nonlinear programming problem (F-MO-MINLP) to handle the multiple objectives of minimum utility consumption, minimum total area, and even minimum number of matches....

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Published in:2014 9th International Conference on Informatics and Systems pp. ORDS-24 - ORDS-33
Main Authors: Mohamed, Soad M., Gabr, Eman M., Gendy, Tahani S.
Format: Conference Proceeding
Language:English
Published: Faculty of Computers & Information - Cairo Univers 01.12.2014
Subjects:
Analytic hierarchy process
Heat Exchanger Network Synthesis
Heating
Linear programming
Membership function
Multi-objective Mixed Integer Nonlinear programming problem
Network synthesis
Programming
Temperature measurement
Vectors
α-cut Based Method and Fuzzy Inlet Temperatures and Analytic Hierarchy Process
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Abstract Heat exchanger network synthesis with uncertain source-stream temperatures has been formulated as a fuzzy multi-objective mixed-integer nonlinear programming problem (F-MO-MINLP) to handle the multiple objectives of minimum utility consumption, minimum total area, and even minimum number of matches. Inlet Temperatures are proposed as fuzzy variables. The linear (Triangular) membership function has been employed to describe this variation of Inlet Temperatures at different α-cut values. The effect of variation of the α-cut values on the various objectives has been investigated. The Analytic Hierarchy Process (AHP) has been utilized to obtain the weights of objectives. Two examples are presented to demonstrate the various aspects dealt in the work.
AbstractList Heat exchanger network synthesis with uncertain source-stream temperatures has been formulated as a fuzzy multi-objective mixed-integer nonlinear programming problem (F-MO-MINLP) to handle the multiple objectives of minimum utility consumption, minimum total area, and even minimum number of matches. Inlet Temperatures are proposed as fuzzy variables. The linear (Triangular) membership function has been employed to describe this variation of Inlet Temperatures at different α-cut values. The effect of variation of the α-cut values on the various objectives has been investigated. The Analytic Hierarchy Process (AHP) has been utilized to obtain the weights of objectives. Two examples are presented to demonstrate the various aspects dealt in the work.
Author Mohamed, Soad M.
Gabr, Eman M.
Gendy, Tahani S.
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  givenname: Soad M.
  surname: Mohamed
  fullname: Mohamed, Soad M.
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  givenname: Eman M.
  surname: Gabr
  fullname: Gabr, Eman M.
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  organization: Egyptian Pet. Res. Inst. (EPRI), Cairo, Egypt
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  givenname: Tahani S.
  surname: Gendy
  fullname: Gendy, Tahani S.
  email: tsgendy@yahoo.com
  organization: Egyptian Pet. Res. Inst. (EPRI), Cairo, Egypt
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Snippet Heat exchanger network synthesis with uncertain source-stream temperatures has been formulated as a fuzzy multi-objective mixed-integer nonlinear programming...
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StartPage ORDS-24
SubjectTerms Analytic hierarchy process
Heat Exchanger Network Synthesis
Heating
Linear programming
Membership function
Multi-objective Mixed Integer Nonlinear programming problem
Network synthesis
Programming
Temperature measurement
Vectors
α-cut Based Method and Fuzzy Inlet Temperatures and Analytic Hierarchy Process
Title Heat-exchanger networks synthesis with fuzzy inlet temperatures using linear membership function and analytic hierarchy process
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