In order to improve the performances of the overall design process of products, it would be beneficial the availability of computer-aided ools supporting conceptual design and simulation activities within an integrated environment based on a multi-disciplinary model paradigm and supporting more intuitive interaction modalities. The paper presents an integrated environment named PUODARSI that allows designers to modify the shape of a product through haptic interaction and to test the impact of these changes from a fluid-dynamic viewpoint. The environment includes modelling and analysis tools that are integrated by means of shared data models
An Integrated Environment for Shape Modeling and Fluid-dynamic Analysis
BORDEGONI, MONICA;CARUSO, FRANCESCO;FERRISE, FRANCESCO;AMBROGIO, MARCO
2009-01-01
Abstract
In order to improve the performances of the overall design process of products, it would be beneficial the availability of computer-aided ools supporting conceptual design and simulation activities within an integrated environment based on a multi-disciplinary model paradigm and supporting more intuitive interaction modalities. The paper presents an integrated environment named PUODARSI that allows designers to modify the shape of a product through haptic interaction and to test the impact of these changes from a fluid-dynamic viewpoint. The environment includes modelling and analysis tools that are integrated by means of shared data modelsFile | Dimensione | Formato | |
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