The techniques for automatic generation of CAD interface for process planning are investigated. This paper proposes an approach of determining the optimal rectangular stock for a prismatic part, and then grows the CAD...The techniques for automatic generation of CAD interface for process planning are investigated. This paper proposes an approach of determining the optimal rectangular stock for a prismatic part, and then grows the CAD module backwardly to its stock. It also presents some of the work done in implementing a powerful machining planning as a functional part of an open architecture system for process planning called OSCAP.展开更多
文摘The techniques for automatic generation of CAD interface for process planning are investigated. This paper proposes an approach of determining the optimal rectangular stock for a prismatic part, and then grows the CAD module backwardly to its stock. It also presents some of the work done in implementing a powerful machining planning as a functional part of an open architecture system for process planning called OSCAP.
