Publication | Closed Access
Geometric Modeling of Mechanical Parts and Processes
161
Citations
4
References
1977
Year
EngineeringGeometryMechanical EngineeringGeometry GenerationComputer-aided DesignComputational MechanicsTopology (Geometric Modeling)Geometric Constraint SolvingMechanicsGeometric MechanicsComputational GeometryMechanical GeometryShape RepresentationMechanical PartsGeometry ProcessingGeometric ModelingTopology (Electrical Engineering)Geometric Feature ModelingDesignMechanical ModelingComputational DesignDiscrete Goods IndustriesView GeometryProduction ActivitiesIndustrial Design3D Data RepresentationNatural SciencesMechanical SystemsMechanic Manufacturing SystemSolid Modeling
Geometry plays a crucial role in nearly all design and production activities in the discrete goods industries. Curiously, these industries' primary means for specifying geometry—two-dimensional graphics—has not changed significantly for more than a century. Dramatic changes are likely to occur in the next decade, however, because the deficiencies of current methods are retarding the progress of automation and are stimulating the development of new, computationally oriented schemes for handling mechanical geometry.
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