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Advanced Welding Processes: Technologies and Process Control

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286<br />

Index<br />

plasma welding 98<br />

remote-control 237–8<br />

robotic welding 228–9<br />

TIG systems 98<br />

process monitoring see monitoring<br />

programmed touch striking 76<br />

programming parameters 41–2<br />

programming robotic systems 229–31,<br />

239–40<br />

off-line programming 239–40<br />

program storage 231–2<br />

projected spray transfer 102–3<br />

pulsed flux-cored wire welding 125–6<br />

pulsed GMAW 120–1, 124–5<br />

pulsed GTAW 79–81, 98<br />

pulsed keyhole plasma 142<br />

pulsed laser output 151<br />

quality<br />

<strong>and</strong> automation <strong>and</strong> robotics 219<br />

control systems 17–18, 215–16<br />

<strong>and</strong> improved repeatability 42<br />

of joints 17–18<br />

radiographic control 215<br />

rapid prototyping 241<br />

rare-earth elements 47, 78<br />

recoil pressure 158–9<br />

record keeping 184<br />

rectifiers 26–7<br />

reduced gap GMAW 170<br />

remote-control systems 237–8<br />

resistance welding 3–4, 227, 233–4<br />

reverse polarity plasma 141<br />

RF excitation systems 156<br />

rim formation 78–9<br />

robotic welding 23–4, 225–36<br />

applications 233–6<br />

arc welding 228<br />

cartesian robots 226–7<br />

component tolerances 233<br />

control systems 228–9<br />

drive systems 227<br />

gantry robots 226–7<br />

jigging system 232<br />

joint design 233<br />

laser welding 228<br />

mechanical manipulation systems<br />

225–7<br />

operator interface 229<br />

PLAY mode 230–1<br />

point-to-point with interpolation 231<br />

position of the arm 228–9, 232<br />

power beam welding 235–6<br />

programming 229–31, 239–40<br />

program storage 231–2<br />

resistance welding 227, 233–4<br />

safety 232<br />

SCARA configuration 226, 230, 231<br />

seam welding 234–5<br />

TEACH mode 230, 231<br />

teach-by-doing 230–1<br />

torch cleaning 232<br />

TRACE mode 230–1<br />

welding package 227–8<br />

work flow 233<br />

see also automation<br />

roll bonding 5<br />

rotating transfer 107–8<br />

rutile flux-cored wires 53, 108–9, 125<br />

safety 21<br />

<strong>and</strong> automation <strong>and</strong> robotics 218–19,<br />

232<br />

<strong>and</strong> electron beam welding 161<br />

<strong>and</strong> laser welding 154–5<br />

SAW see submerged arc welding (SAW)<br />

SCARA configuration 226, 230, 231<br />

Scott connection system 26<br />

SCR (silicon-controlled rectifiers) phase<br />

control 31–3, 36<br />

seam welding 224, 234–5<br />

secondary switched transistor power<br />

supplies 34–5<br />

selection of welding processes 181<br />

self-shielded flux-cored wires 52, 53, 54,<br />

109<br />

Sellafield 220<br />

sensors 206–11<br />

shielded metal arc welding (SMAW)<br />

9–10<br />

electrode classification 250–3<br />

shielding gases 58–73<br />

arc stiffness 59<br />

arc support <strong>and</strong> stability 58–9<br />

argon 58, 63, 64–5, 67–8, 72–3<br />

argon/chlorine mixtures 70<br />

argon/Freon mixtures 70<br />

argon/sulphur dioxide mixtures 70<br />

atmospheric contamination 59–60

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