Deburring of cross-drilled holes by secondary erosion of an abrasive jet was carried out and the parameters were identified. The detailed studies carried out on the parameters indicate that the parameter stand-off distance, burr root-to-stopper distance, abrasive grit size and mixing ratio significantly affect the deburring process. A burr model for 90 ° cross-drilled holes is also presented in this paper
Deburring intersecting holes is one of the most difficult deburring tasks faced by many industries. ...
Increasing demands on function and performance call for burr-free workpiece edges after machining. S...
The existing erosion models of abrasive gas jet tend to neglect the effects of the rebounding abrasi...
Deburring is a major bottleneck in manufacturing organisations. In recent years abrasive jet machini...
One attractive feature of external deburring with an abrasive jet is the ability to generate an edge...
A large number of investigations on the abrasive jet machining (AJM) with output parameters as mater...
When drilling holes, burrs are created in particular on the exit surface. Existing deburring tools a...
The formation of burrs on the edges of machined surfaces is one of the inherent problems during mach...
International audienceThe goal of this study is to investigate the influence of Abrasive Water Jet (...
Removal of burrs at cross-drilled hole intersections is often tedious and expensive due to limited a...
Abstract: A new design of deburring tool for intersecting holes is introduced. The deburring cutter ...
Metal cutting is a very common operation in the manufacturing industry. Drilling and other hole-maki...
Burrs severely inhibit the performance and aesthetics in machined parts besides posing a safety risk...
Even with the advancement of technology, problems of burr removal are still encountered by manufactu...
The drilling and cutting of rock by a DIAjet system can be an alternative to conventional rock remov...
Deburring intersecting holes is one of the most difficult deburring tasks faced by many industries. ...
Increasing demands on function and performance call for burr-free workpiece edges after machining. S...
The existing erosion models of abrasive gas jet tend to neglect the effects of the rebounding abrasi...
Deburring is a major bottleneck in manufacturing organisations. In recent years abrasive jet machini...
One attractive feature of external deburring with an abrasive jet is the ability to generate an edge...
A large number of investigations on the abrasive jet machining (AJM) with output parameters as mater...
When drilling holes, burrs are created in particular on the exit surface. Existing deburring tools a...
The formation of burrs on the edges of machined surfaces is one of the inherent problems during mach...
International audienceThe goal of this study is to investigate the influence of Abrasive Water Jet (...
Removal of burrs at cross-drilled hole intersections is often tedious and expensive due to limited a...
Abstract: A new design of deburring tool for intersecting holes is introduced. The deburring cutter ...
Metal cutting is a very common operation in the manufacturing industry. Drilling and other hole-maki...
Burrs severely inhibit the performance and aesthetics in machined parts besides posing a safety risk...
Even with the advancement of technology, problems of burr removal are still encountered by manufactu...
The drilling and cutting of rock by a DIAjet system can be an alternative to conventional rock remov...
Deburring intersecting holes is one of the most difficult deburring tasks faced by many industries. ...
Increasing demands on function and performance call for burr-free workpiece edges after machining. S...
The existing erosion models of abrasive gas jet tend to neglect the effects of the rebounding abrasi...