In layer based machining (LBM), a part is sliced into thick layers, and each layer is shaped by 5-axis robot machining. Therefore, this technique is expected to have the merits of both layered manufacturing and CNC machining. As a new process, manufacturability analysis of LBM is carried out to determine whether a given part is suitable for LBM or not. This analysis is further studied based on supportability analysis and machinability analysis. Results of the manufacturability analysis are used for LBM process parameter selection and build orientation determination. © (2010) Trans Tech Publications, Switzerland
The ability to quickly introduce new quality products is a decisive factor in capturing market share...
The relative low stiffness of industrial robots is a major limitation on the development of flexible...
This paper presents a new methodology for evaluating the machinability of a machined part during the...
In layer based machining (LBM), a part is sliced into thick layers, and each layer is shaped by 5-ax...
Some inherent limitations exist in current layered manufacturing (LM) technologies (e.g. little choi...
The layer-based machining (LBM) has been developed as an integrated rapid prototyping (RP) process f...
Layer-based machining (LBM) is a hybrid CNC machining and layered manufacturing (LM) process. In the...
Some freeform surfaces cannot be machined by traditional CNC machining because of the inaccessibilit...
Layered Manufacturing (LM) refers to manufacturing a part directly from a CAD model by selectively a...
Because of pressing demands to reduce lead time and product cost, increasing research attention is b...
This dissertation presents a general methodology for evaluating key manufacturability indicators usi...
There is growing interest in additive and subtractive shaping theories that are synthesized to integ...
Product Lifecycle Management (PLM) system requires consideration and ensuring efficient operating co...
textMany high value-machining processes such as milling and drilling have been performed by expensiv...
The ability to quickly introduce new quality products is a decisive factor in capturing market share...
The ability to quickly introduce new quality products is a decisive factor in capturing market share...
The relative low stiffness of industrial robots is a major limitation on the development of flexible...
This paper presents a new methodology for evaluating the machinability of a machined part during the...
In layer based machining (LBM), a part is sliced into thick layers, and each layer is shaped by 5-ax...
Some inherent limitations exist in current layered manufacturing (LM) technologies (e.g. little choi...
The layer-based machining (LBM) has been developed as an integrated rapid prototyping (RP) process f...
Layer-based machining (LBM) is a hybrid CNC machining and layered manufacturing (LM) process. In the...
Some freeform surfaces cannot be machined by traditional CNC machining because of the inaccessibilit...
Layered Manufacturing (LM) refers to manufacturing a part directly from a CAD model by selectively a...
Because of pressing demands to reduce lead time and product cost, increasing research attention is b...
This dissertation presents a general methodology for evaluating key manufacturability indicators usi...
There is growing interest in additive and subtractive shaping theories that are synthesized to integ...
Product Lifecycle Management (PLM) system requires consideration and ensuring efficient operating co...
textMany high value-machining processes such as milling and drilling have been performed by expensiv...
The ability to quickly introduce new quality products is a decisive factor in capturing market share...
The ability to quickly introduce new quality products is a decisive factor in capturing market share...
The relative low stiffness of industrial robots is a major limitation on the development of flexible...
This paper presents a new methodology for evaluating the machinability of a machined part during the...