In the last decades, digital 3D models have substituted 2D technical drawings for the design and development of mechanicalproducts. This results in a huge amount of CAD (computer-aided design) models available in legacy and Web repositories.3D CAD models are now the reference product specification, and are frequently exchanged with customers and companiescollaborating in the product development. In addition, this great amount of data can be exploited by scientists to test andevaluate their research results. Therefore, the visualization and analysis of CAD models from everywhere and through anydevice are particularly useful for both engineers and researchers. To answer this need, this paper presents a web-based solutionexploiting the X3D capabilities for the direct visualization in the Web browser of CAD assemblies and of some of theircharacteristics remotely computed by the application on user demand.
A Web-Based Solution Supporting CAD Assembly Model Exploration and Analysis
K Lupinetti
;D Cabiddu;F Giannini;M Monti
2021
Abstract
In the last decades, digital 3D models have substituted 2D technical drawings for the design and development of mechanicalproducts. This results in a huge amount of CAD (computer-aided design) models available in legacy and Web repositories.3D CAD models are now the reference product specification, and are frequently exchanged with customers and companiescollaborating in the product development. In addition, this great amount of data can be exploited by scientists to test andevaluate their research results. Therefore, the visualization and analysis of CAD models from everywhere and through anydevice are particularly useful for both engineers and researchers. To answer this need, this paper presents a web-based solutionexploiting the X3D capabilities for the direct visualization in the Web browser of CAD assemblies and of some of theircharacteristics remotely computed by the application on user demand.File | Dimensione | Formato | |
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