A Prototype Knowledge-Based System for Ceramic Matrix Composites Material Selection of Automotive Engine Components
The aim of this research project is to develop prototype knowledge based system for ceramic matrix composites of automotive engine components. The materials are selected from ceramic matrix composites. The selected materials will be able to increase the efficiency of an engine and reduce weight....
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Format: | Thesis |
Language: | English English |
Published: |
2002
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Subjects: | |
Online Access: | http://psasir.upm.edu.my/id/eprint/7986/1/ITMA_2002_5.pdf |
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Summary: | The aim of this research project is to develop prototype knowledge based system for
ceramic matrix composites of automotive engine components. The materials are selected
from ceramic matrix composites. The selected materials will be able to increase the
efficiency of an engine and reduce weight. The designed knowledge based system
consists of a knowledge based, material database and product design parameters. The
development of such expert system for ceramic matrix composites leads to further
increase in their application in high temperature field.
The proposed system helps to select the suitable materials for automobile engme
components. The materials chosen for the research are ceramic matrix composites. For
selecting materials to engine components, few specifications are laid out as constraints
in tenus of rule conditions. The materials, which satisfy the conditions, are selected as suitable materials. The rules based reasomng are used to select the materials. For
different range of constraint values, the selected materials will vary.
As for as constraint values are concerned, the values are selected from the product
design specifications. The product design specifications are chosen from the past design
and are calculated from the design procedures. The selected materials are ranked
according to the properties and stored as result. The most suitable material is labeled as
best material and the next level of materials are ranked according to the properties |
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