| Supporting Consistency in Linked Specialized Engineering Models Through Bindings and Updating |
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| 作者单位： | CAD in der Bauinformatik，Department of Civil Engineering，Bauhaus-University Weimar，Civil Engineering Informatics，Department of Civil Engineering，University of Stellenbosch，Informatik im Bauwesen，Department of Civil Engineering，Bauhaus-University Weimar |
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| 摘 要： | Currently, some commercial software applications support users to work in an integrated environment. However, this is limited to the suite of models provided by the software vendor and consequently it forces all the parties to use the same software. In contrast, the research described in this paper investigates ways of using standard software applications, which may be specialized for different professional domains. These are linked for effective transfer of information and a binding mechanism is provided to support consistency. The proposed solution was implemented using a CAD application and an independent finite element application in order to verify the theoretical aspects of this work.
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| 关 键 词： | CAD/FEM integration structural engineering model consistency support binding mechanism |
Supporting Consistency in Linked Specialized Engineering Models Through Bindings and Updating |
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| Authors: | Albertus H Olivier Gert C van Rooyen Berthold Firmenich Karl E Beucke |
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| Institution: | CAD in der Bauinformatik, Department of Civil Engineering, Bauhaus-University Weimar;Civil Engineering Informatics, Department of Civil Engineering, University of Stellenbosch;Informatik im Bauwesen, Department of Civil Engineering, Bauhaus-University Weimar |
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| Abstract: | Currently, some commercial software applications support users to work in an integrated environment. However, this is limited to the suite of models provided by the software vendor and consequently it forces all the parties to use the same software. In contrast, the research described in this paper investigates ways of using standard software applications, which may be specialized for different professional domains. These are linked for effective transfer of information and a binding mechanism is provided to support consistency. The proposed solution was implemented using a CAD application and an independent finite element application in order to verify the theoretical aspects of this work. |
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| Keywords: | CAD/FEM integration structural engineering model consistency support binding mechanism |
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