The paper deals with robust design of fixture configuration. It aims to investigate how fixture element deviations and machine tool volumetric errors affect machining operations quality. The locator position configuration is then designed to minimize the deviation of machined features with respect to the applied geometric tolerances. The proposed approach represents a design step that goes further the deterministic positioning of the part based on the screw theory, and may be used to look for simple and general rules easily applicable in an industrial context
AbstractThis work considers how deviation on fixturing elements propagate on location tolerance of a...
When a workpiece is fixtured for a machining or inspection operation, the accuracy of an operation i...
Fixtures are used to locate, hold and support workpieces during the operation. An accuracy of the wo...
The paper deals with robust design of fixture configuration. It aims to investigate how fixture elem...
AbstractThe paper deals with robust design of fixture configuration. It aims to investigate how fixt...
During machining, the tool path is defined with respect to the workpiece reference frame. The workpi...
AbstractDuring machining, the tool path is defined with respect to the workpiece reference frame. Th...
Abstract During machining, the tool path is defined with respect to the workpiece reference frame. T...
A workholding fixture should ensure a stable and precise positioning of the workpiece with respect t...
Workpiece geometric error, locator geometric error, clamping force, and workpiece stability are impo...
Surface error at the contact region is one factor that contributes to the displacement of the workpi...
Vehicle problems, such as wind noise, water leakage and door closing effort are examples of quality ...
Abstract Fixtures are used to rapidly, accurately and securely position workpieces during machining,...
[[abstract]]© 1997 中國機械工程學會 - In high accuracy and precision machining, the quality of products is h...
Fixtures are used to locate and hold workpieces during manufacturing operations, such as machining, ...
AbstractThis work considers how deviation on fixturing elements propagate on location tolerance of a...
When a workpiece is fixtured for a machining or inspection operation, the accuracy of an operation i...
Fixtures are used to locate, hold and support workpieces during the operation. An accuracy of the wo...
The paper deals with robust design of fixture configuration. It aims to investigate how fixture elem...
AbstractThe paper deals with robust design of fixture configuration. It aims to investigate how fixt...
During machining, the tool path is defined with respect to the workpiece reference frame. The workpi...
AbstractDuring machining, the tool path is defined with respect to the workpiece reference frame. Th...
Abstract During machining, the tool path is defined with respect to the workpiece reference frame. T...
A workholding fixture should ensure a stable and precise positioning of the workpiece with respect t...
Workpiece geometric error, locator geometric error, clamping force, and workpiece stability are impo...
Surface error at the contact region is one factor that contributes to the displacement of the workpi...
Vehicle problems, such as wind noise, water leakage and door closing effort are examples of quality ...
Abstract Fixtures are used to rapidly, accurately and securely position workpieces during machining,...
[[abstract]]© 1997 中國機械工程學會 - In high accuracy and precision machining, the quality of products is h...
Fixtures are used to locate and hold workpieces during manufacturing operations, such as machining, ...
AbstractThis work considers how deviation on fixturing elements propagate on location tolerance of a...
When a workpiece is fixtured for a machining or inspection operation, the accuracy of an operation i...
Fixtures are used to locate, hold and support workpieces during the operation. An accuracy of the wo...