A unique small scale explosive seam welding technique is reported that has successfully joined a variety of aluminum alloys and alloy combinations in thicknesses to 0.125 inch, as well as titanium in thicknesses to 0.056 inch. The explosively welded joints are less than one-half inch in width and apparently have no long length limitation. The ribbon explosive developed in this study contains very small quantities of explosive encased in a flexible thin lead sheath. The evaluation and demonstration of this welding technique was accomplished in three phases: evaluation and optimization of ten major explosive welding variables, the development of four weld joints, and an applicational analysis which included photomicrographs, pressure integrit...
The aim of this study was to investigate the strength of explosive welded metals with the same chemi...
The purpose of this study is to produce composite plates through explosive welding process widely us...
Explosive welding techniques in fabricating regeneratively cooled thrust chambers for large rocket e...
Joining principles and variables, types of joints, capabilities, and current and potential applicati...
Welding technique uses very small quantities of explosive ribbon to accomplish small-scale lap-weldi...
It is theorized that metal jetting must be present for welding to occur, therefore an explosive weld...
Explosive welding is a solid-state process, which is an advanced form of joining two metal plates wi...
Explosive welding is a field with a wide variety of applications of great value, such as corrosion r...
Explosive welding is one of the industrially important techniques employing high energies derived fr...
Silver sheet is wrapped around aluminum portion of joint. Mylar powder box is wrapped over silver sh...
6061 T0 aluminum alloy was joined to 6061 T0 aluminum alloy by explosive welding. This is a process ...
Poster Division: Engineering, Math, and Physical Sciences: 2nd Place (The Ohio State University Edwa...
Research was conducted to demonstrate the feasibility of fabricating a large contoured structure wit...
A method is presented for obtaining a bond joint between thin metal members without the addition of ...
Besides their application in munitions and armaments, explosives have a significant role in industri...
The aim of this study was to investigate the strength of explosive welded metals with the same chemi...
The purpose of this study is to produce composite plates through explosive welding process widely us...
Explosive welding techniques in fabricating regeneratively cooled thrust chambers for large rocket e...
Joining principles and variables, types of joints, capabilities, and current and potential applicati...
Welding technique uses very small quantities of explosive ribbon to accomplish small-scale lap-weldi...
It is theorized that metal jetting must be present for welding to occur, therefore an explosive weld...
Explosive welding is a solid-state process, which is an advanced form of joining two metal plates wi...
Explosive welding is a field with a wide variety of applications of great value, such as corrosion r...
Explosive welding is one of the industrially important techniques employing high energies derived fr...
Silver sheet is wrapped around aluminum portion of joint. Mylar powder box is wrapped over silver sh...
6061 T0 aluminum alloy was joined to 6061 T0 aluminum alloy by explosive welding. This is a process ...
Poster Division: Engineering, Math, and Physical Sciences: 2nd Place (The Ohio State University Edwa...
Research was conducted to demonstrate the feasibility of fabricating a large contoured structure wit...
A method is presented for obtaining a bond joint between thin metal members without the addition of ...
Besides their application in munitions and armaments, explosives have a significant role in industri...
The aim of this study was to investigate the strength of explosive welded metals with the same chemi...
The purpose of this study is to produce composite plates through explosive welding process widely us...
Explosive welding techniques in fabricating regeneratively cooled thrust chambers for large rocket e...