welding design

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Welding Design Welding Design Department of Metallurgiy & Material Department of Metallurgiy & Material Faculty of Engineering, Universitas Faculty of Engineering, Universitas Indonesia Indonesia M. Anis and Winarto

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Welding Design. M. Anis and Winarto. Department of Metallurgiy & Material Faculty of Engineering, Universitas Indonesia. Design Concept. Weld Joint. Depends on: Welding Location Preparation needed, welding equipment used, and Application The basic weld joint consists of: Butt joint , - PowerPoint PPT Presentation

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Page 1: Welding Design

Welding DesignWelding Design

Department of Metallurgiy & MaterialDepartment of Metallurgiy & MaterialFaculty of Engineering, Universitas Faculty of Engineering, Universitas

IndonesiaIndonesia

M. Anis and Winarto

Page 2: Welding Design

Design Concept Design Concept

Page 3: Welding Design

Weld JointWeld Joint

Depends on: •Welding Location•Preparation needed, welding equipment used, and•Application

The basic weld joint consists of:•Butt joint, •Lap joint , •T-joint, •edge and • corner

Page 4: Welding Design

TerminologiesTerminologies

Joint designJoint design identifies, “the shape , dimensions, and identifies, “the shape , dimensions, and configuration of the jointconfiguration of the joint

The individual workpieces of a joint are called The individual workpieces of a joint are called membersmembers . . Three types members : Three types members : nonbutting membernonbutting member, , butting butting

membermember , and , and splice membersplice member A butting member is “a joint member that is prevented,

by the other member from movement in one direction perpendicular to its thickness dimension”

A A non-butting member non-butting member is “a joint member that is free to is “a joint member that is free to move in any direction perpendicular to its thickness move in any direction perpendicular to its thickness dimensiondimension

A A splice membersplice member is “ the work piece that spans the joint is “ the work piece that spans the joint in a spliced jointin a spliced joint

Page 5: Welding Design

Types of WeldsTypes of Welds

Many welds can be made by various types Many welds can be made by various types of joints of joints

Factors to be consider in choosing joint Factors to be consider in choosing joint geometry and weld types:geometry and weld types: accessibility to the joint for weldingaccessibility to the joint for welding type of welding process being usedtype of welding process being used suitability to the structural designsuitability to the structural design cost of weldingcost of welding

Page 6: Welding Design

Types of WeldTypes of Weld

groove, groove, fillet, fillet, plug, plug, slot, slot, stud, stud, spot, spot, projection, projection, seam, seam, back back oror backing backing

weld, weld, surfacing surfacing andand flangeflange. .

Page 7: Welding Design

Groove WeldsGroove Welds

Square-grooveSquare-groove Scarf Scarf V-grooveV-groove Bevel-grooveBevel-groove U-grooveU-groove J-grooveJ-groove Flare-v-groove Flare-v-groove Flare-bevel-grooveFlare-bevel-groove

Page 8: Welding Design

Welding SymbolsWelding Symbols

Page 9: Welding Design

Welding Welding SymbolsSymbols

Page 10: Welding Design

Welding Welding SymbolsSymbols

Page 11: Welding Design

Welding Welding SymbolsSymbols