This paper describes experimentation carried out with a novel computer aided design system which uses 'manufacturing features' as the principal method by which the designer specifies the geometric part of design. The approach has been experimentally compared with the more traditional methods of two dimensional computer aided draughting and solids modelling. With skilled industrially-based design engineers such a features approach compares well with the other methods in terms of the user time and the accuracy and completeness of the final models. Learning studies in the new technique and a large scale attitude survey are also briefly described
A survey is presented on the geometric and computational aspects of molding, gravity casting, stereo...
Computer integrated manufacturing requires new software structures to enable free interaction betwee...
Many of the applications of geometric modelling are concerned with the computation of well-defined p...
As systems for computer-aided design and production of mechanical parts have developed there has ari...
Computer-Aided Design (CAD) systems are currently widely used in design and manufacturing industries...
The rise of solid modeling as a principal medium for mechanical product description can be traced to...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
The paper provides an introduction to the terminology used in CADCAM modelling systems, discusses th...
Geometric modelling techniques for computer-aided design are provided with formal validation methods...
This paper discusses an approach for constructing product models in terms of features. In particular...
Geometric modelling techniques for computer-aided design are provided with formal validation methods...
Future generations of CAD systems are expected to offer powerful support for the functional, geometr...
A comprehensive, up-to-date presentation of all the indispensable core concepts of geometric modelli...
Designing parts for additive manufacturing (AM) offers a broad range of geometrical and functional ...
A survey is presented on the geometric and computational aspects of molding, gravity casting, stereo...
Computer integrated manufacturing requires new software structures to enable free interaction betwee...
Many of the applications of geometric modelling are concerned with the computation of well-defined p...
As systems for computer-aided design and production of mechanical parts have developed there has ari...
Computer-Aided Design (CAD) systems are currently widely used in design and manufacturing industries...
The rise of solid modeling as a principal medium for mechanical product description can be traced to...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
The paper provides an introduction to the terminology used in CADCAM modelling systems, discusses th...
Geometric modelling techniques for computer-aided design are provided with formal validation methods...
This paper discusses an approach for constructing product models in terms of features. In particular...
Geometric modelling techniques for computer-aided design are provided with formal validation methods...
Future generations of CAD systems are expected to offer powerful support for the functional, geometr...
A comprehensive, up-to-date presentation of all the indispensable core concepts of geometric modelli...
Designing parts for additive manufacturing (AM) offers a broad range of geometrical and functional ...
A survey is presented on the geometric and computational aspects of molding, gravity casting, stereo...
Computer integrated manufacturing requires new software structures to enable free interaction betwee...
Many of the applications of geometric modelling are concerned with the computation of well-defined p...