Some freeform surfaces cannot be machined by traditional CNC machining because of the inaccessibility to some critical points. Layer-based machining system developed by the authors can enlarge the accessibility by building a model layer by layer. Each layer is shaped by 5-axis machining. In this paper, the overall process planning techniques are identified and analyzed. The data flow chart in layer-based machining is established. The concepts of "decomposition for accessibility" and "decomposition for manufacturability" are proposed to decompose the model into manufacturable parts, which is called slabs. Adaptive slicing and interference avoidance algorithms are developed to achieve the maximum accessibility. A method called stock layer com...
An adaptive slicing algorithm which can generate optimal slices to achieve deposition without suppor...
An integrated process planning system for layered manufacturing (LM) reduces the time between desig...
Increasing attention is being paid to complete machining, i.e., machining of the whole part in a sin...
Layered Manufacturing (LM) refers to manufacturing a part directly from a CAD model by selectively a...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
There is growing interest in additive and subtractive shaping theories that are synthesized to integ...
With the integration of multi-axis layered manufacturing and material removal (machining) processes,...
An adaptive slicing algorithm that can vary the layer thickness in relation to local geometry is pre...
In layer based machining (LBM), a part is sliced into thick layers, and each layer is shaped by 5-ax...
This dissertation provides new methods for the general area of Computer Aided Process Planning, ofte...
The 5-axis layered manufacturing technology facilitates fabrication of a part with overhanging feat...
An integrated process planning system for layered manufacturing (LM) reduces the time between design...
Process planning of additive manufacturing of metals is a research interest because of the applicati...
Technological developments have made high-speed milling economically attractive. It is now a manufac...
An adaptive slicing algorithm which can generate optimal slices to achieve deposition without suppor...
An integrated process planning system for layered manufacturing (LM) reduces the time between desig...
Increasing attention is being paid to complete machining, i.e., machining of the whole part in a sin...
Layered Manufacturing (LM) refers to manufacturing a part directly from a CAD model by selectively a...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
With the integration of multiaxis layered manufacturing and material removal (machining) processes, ...
There is growing interest in additive and subtractive shaping theories that are synthesized to integ...
With the integration of multi-axis layered manufacturing and material removal (machining) processes,...
An adaptive slicing algorithm that can vary the layer thickness in relation to local geometry is pre...
In layer based machining (LBM), a part is sliced into thick layers, and each layer is shaped by 5-ax...
This dissertation provides new methods for the general area of Computer Aided Process Planning, ofte...
The 5-axis layered manufacturing technology facilitates fabrication of a part with overhanging feat...
An integrated process planning system for layered manufacturing (LM) reduces the time between design...
Process planning of additive manufacturing of metals is a research interest because of the applicati...
Technological developments have made high-speed milling economically attractive. It is now a manufac...
An adaptive slicing algorithm which can generate optimal slices to achieve deposition without suppor...
An integrated process planning system for layered manufacturing (LM) reduces the time between desig...
Increasing attention is being paid to complete machining, i.e., machining of the whole part in a sin...