Heat accumulation prevention in Wire-Arc-Additive-Manufacturing using air jet impingement
One of the most relevant open issues of the WAAM (Wire-Arc-Additive-Manufacturing)
process is the heat accumulation, causing a progressive increase of the workpiece average …
process is the heat accumulation, causing a progressive increase of the workpiece average …
Integrated WAAM-subtractive versus pure subtractive manufacturing approaches: an energy efficiency comparison
G Campatelli, F Montevecchi, G Venturini… - International Journal of …, 2020 - Springer
Over the last years, additive manufacturing (AM) has been gathering momentum both in the
academic and in the industrial world. Besides the obvious benefits in terms of flexibility and …
academic and in the industrial world. Besides the obvious benefits in terms of flexibility and …
Cutting forces analysis in additive manufactured AISI H13 alloy
Abstract Combining Additive Manufacturing (AM) and traditional machining processes is
essential to meet components functional requirements. However significant differences arise …
essential to meet components functional requirements. However significant differences arise …
Development of the shell structures fabrication CAM system for direct metal lamination using arc discharge-lamination height error compensation by torch feed speed …
T Abe, H Sasahara - International Journal of Precision Engineering and …, 2015 - Springer
The direct metal lamination is a kind of the additive manufacturing process using the arc
welding technology; where the molten metal made by the arc discharge is accumulated …
welding technology; where the molten metal made by the arc discharge is accumulated …
A survey on energy efficiency in metal wire deposition processes
Additive manufacturing (AM), which includes different technologies, allows free-form parts to
be produced flexibly by selectively depositing material layer after layer. Among the various …
be produced flexibly by selectively depositing material layer after layer. Among the various …
[PDF][PDF] Heat accumulation prevention in Wire-Arc-Additive-Manufacturing
Abstract WAAM (Wire-Arc-Additive-Manufacturing) is an additive manufacturing process
which uses arc welding to create metal components, enabling to manufacture large parts at …
which uses arc welding to create metal components, enabling to manufacture large parts at …
Simulating the build shape for a shell structure for wire and arc additive manufacturing using the bead cross-section model
T Abe, H Sasahara - … of Advanced Mechanical Design, Systems, and …, 2021 - jstage.jst.go.jp
Wire and arc additive manufacturing is one of the additive manufacturing processes based
on arc welding technology and is particularly useful in fabricating large-sized die and …
on arc welding technology and is particularly useful in fabricating large-sized die and …
Development of the shell structure building simulator with two-dimensional bead model for wire and arc-based additive manufacturing
T ABE, H SASAHARA - … of International Conference on Leading Edge …, 2017 - jstage.jst.go.jp
Wire and arc-based additive manufacturing (AM) is one of the additive manufacturing which
applies the arc welding technology. This process is especially expected to be useful in …
applies the arc welding technology. This process is especially expected to be useful in …
ワイヤ+ アーク放電によるAM と切削加工との連携システムの開発
永松秀朗， 光武祐介， 濵元剛， 高木悠貴… - … 機械部門講演会: 生産と …, 2016 - jstage.jst.go.jp
抄録 Additive manufacturing processes, which can fabricate complicated shapes from 3D-
CAD data, have become a popular approach to making prototypes, machine parts, and die …
CAD data, have become a popular approach to making prototypes, machine parts, and die …
アーク放電を用いた溶融金属積層のためのCAM システム開発
阿部壮志， 笹原弘之 - 精密工学会学術講演会講演論文集, 2013 - jlc.jst.go.jp
本研究では溶接技術で用いられるアーク放電により金属を溶融する技術に着目し,
溶融させた金属を滴下, 凝固させ三次元積層を行う溶融金属積層法を発展させている …
溶融させた金属を滴下, 凝固させ三次元積層を行う溶融金属積層法を発展させている …