This paper deals with the use of the numerical computer oriented method for the analysis and verification of the design of workpiece clamping. The inaccuracies of the positioning in clamping locating points were simulated using the FEM software ANSYS. The influence of inaccuracies in the positions of contact locating points on the displacements of the workpiece characteristic points and their position in clamped removable jaws was examined. The reaction forces in the contact locating points were also computed and analyzed
This paper studies the compliance of the fixture-workpiece system. Workpiece clamping case with two ...
ABSTRACTObjective: To analyze the rigidity of a platform-type external fixator assembly, according t...
The design of fastened joints consists in choosing adequate geometric, material and joining paramete...
The present work is classified within the framework of the final thesis in mechanical engineering at...
The manufacturing process of body parts starts with the step of sheet metal forming. The single part...
This article examines the conditions for reliable clamping of workpieces in fixtures, which are one ...
The manufacturing process of body parts starts with the step of sheet metal forming. The single part...
Today there is an increased use of CAT-tools (Computer Aided Tolerancing) within the automotive indu...
The complex workpiece-fixing behaviour during machining is essential for the fixture development pro...
This work was focused on the design and production of a clamping device for clamping thin-walled cir...
Simulating technological processes offer the chance to optimize machining strategy, tool selection a...
Workpiece geometric error, locator geometric error, clamping force, and workpiece stability are impo...
This diploma thesis deals with the structural design of the chucking jaws for RUMUL Cracktronic 160 ...
Chucking force monitoring with consideration of forces and stresses in the jaw. The clamping force o...
[[abstract]]work-holding configuration analysis procedure is developed for the verification of fixtu...
This paper studies the compliance of the fixture-workpiece system. Workpiece clamping case with two ...
ABSTRACTObjective: To analyze the rigidity of a platform-type external fixator assembly, according t...
The design of fastened joints consists in choosing adequate geometric, material and joining paramete...
The present work is classified within the framework of the final thesis in mechanical engineering at...
The manufacturing process of body parts starts with the step of sheet metal forming. The single part...
This article examines the conditions for reliable clamping of workpieces in fixtures, which are one ...
The manufacturing process of body parts starts with the step of sheet metal forming. The single part...
Today there is an increased use of CAT-tools (Computer Aided Tolerancing) within the automotive indu...
The complex workpiece-fixing behaviour during machining is essential for the fixture development pro...
This work was focused on the design and production of a clamping device for clamping thin-walled cir...
Simulating technological processes offer the chance to optimize machining strategy, tool selection a...
Workpiece geometric error, locator geometric error, clamping force, and workpiece stability are impo...
This diploma thesis deals with the structural design of the chucking jaws for RUMUL Cracktronic 160 ...
Chucking force monitoring with consideration of forces and stresses in the jaw. The clamping force o...
[[abstract]]work-holding configuration analysis procedure is developed for the verification of fixtu...
This paper studies the compliance of the fixture-workpiece system. Workpiece clamping case with two ...
ABSTRACTObjective: To analyze the rigidity of a platform-type external fixator assembly, according t...
The design of fastened joints consists in choosing adequate geometric, material and joining paramete...