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Design Optimisation By Incremental Modification Model
Armstrong, Cecil G. and Barry Bradley
Proceedings, 8th International Meshing Roundtable, South Lake Tahoe, CA, U.S.A., pp.293-298, October 1999
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MESHING RESEARCH CORNER
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The Queen's University, Belfast BT9 5AH, N Ireland
Email: c.armstrong@qub.ac.uk
Abstract
Using a standard commercial package, case studies in shape optimisation were
used to investigate rules and heuristics for identifying design variables for
shape optimisation and incremental updates to the topology of a geometric model
from finite element stress results. Topological modifications based on the
classical Euler operations were used. The results indicate that intelligent
interpretation of analysis results could be used to identify design variables
for shape optimisation and model changes for topology optimisation. Typically
only a few incremental changes to the topology are required before the
additional benefit of a given increase in complexity becomes small
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