Split welding chamber Patent

Portable electron beam welding chambe

Hand-held electron beam gun and external power supply Final report, Jun. 1965 - Oct. 1966

Design, fabrication, and evaluation of hand held electron beam gun and external power supply for electron beam welding in spac

A comparison of the physics of Gas Tungsten Arc Welding (GTAW), Electron Beam Welding (EBW), and Laser Beam Welding (LBW)

The physics governing the applicability and limitations of gas tungsten arc (GTA), electron beam (EB), and laser beam (LB) welding are compared. An appendix on the selection of laser welding systems is included

Improved electron-beam welding technique

Electron-beam generator produces high quality welds without vaporization by relying on the mobility and hydrodynamic properties of the material in its liquid phase. The power density of the beam is relative to the speed of the workpiece, producing an inclined weld-front

Welding of titanium alloys using electron beam

Tato bakalářská práce se zabývá problematikou svařování titanových slitin pomocí elektronového svazku. Práce je věnována popisu principu technologie svařování elektronovým svazkem. Je zde popsána interakce elektronového svazku s matriálem, vlastnosti elektronového svazku a konfigurace zařízení pro svařování elektronovým svazkem. Dále se zabývá hodnocením svařitelnosti titanových slitin, což zahrnuje obecný popis svařitelnosti materiálů, popis, rozdělení a svařitelnost titanových slitin a vyhodnocení vlivu svařování elektronovým svazkem na mikrostrukturu. Jako příklad je zde uveden vliv EBW na mechanické vlastnosti slitiny Ti-6Al-4V. Na závěr je tato technologie porovnána s dalšími tavnými metodami svařování, jako je svařování laserem, obloukovými metodami a plasmou.This bachelor´s thesis is focused on issue of welding of titanium alloys using electron beam. It is dedicated to description of principle of electron beam welding technology. There is described interaction of electron beam with the welded material, electron beam characterisation and configuration of device for electron beam welding. Next part is focused on evaluation of weldability of titanium alloys. It includes general description of weldability of materials, description, distribution and weldability of titanium alloys and finally evaluation of effect of electron beam welding on the microstructure. As an example, there is described effect of EBW on mechanical properties of alloy Ti-6Al-4V. In the end this technology is compared with other methods of fusion welding as laser beam welding, arc welding methods and plasma arc welding.

Plasma Electron Beam Welder for Space Vehicles Final Report

Feasibility of developing plasma electron beam welding system for earth orbiting vehicl

Electron beam X-Y deflection system Final report

Design and fabrication of electron beam X-Y deflection system for retrofit on welding gun

Transient Physical Effects in Electron Beam Sintering

The extensive use of the electron beam in manufacturing processes like welding or perforating revealed the high potentials for also using it for solid freeform fabrication. First approaches like feeding wire into a melt pool have successfully shown the technical feasibility. Among other features, the electron beam exhibits high scanning speed, high power output, and beam density. While in laser-based machines the fabrication is working in a stable way, transient physical effects in the electron beam process can be observed, which still restrict process stability. For instance, a high power input of the electron beam can result in sudden scattering of the metal powder. The authors have developed an electron beam freeform fabrication system and examined the above mentioned effects. Thus, the paper provides methods in order to identify, isolate and avoid these effects, and to finally realize a reproducible process.Mechanical Engineerin

Portable electron beam weld chamber

Development and characteristics of portable vacuum chamber for skate type electron beam welding are discussed. Construction and operational details of equipment are presented. Illustrations of equipment are provided