عنوان

Welding :principles and applications

شماره استاندارد

electronic

نام نخستين پديدآور

Jeffus, Larry F.

عنوان اصلي

Welding :principles and applications

محل نشرو پخش و غیره

Clifton Park, N.Y.

نام ناشر، پخش کننده و غيره

Delmar Cengage Learning

تاریخ نشرو بخش و غیره

2012

نام خاص و کميت اثر

xxviii, 947 pages : illustrations ; 28 cm

متن يادداشت

Includes index

متن يادداشت

Larry Jeffus

متن يادداشت

Seventh edition

متن يادداشت

Preface -- Features of the text -- Acknowledgments -- About the author -- Index of experiments and practices -- Section 1: Introduction: -- Introduction to welding: -- Introduction -- Welding defined -- Uses of welding -- Welding and cutting processes -- Oxyacetylene welding, brazing, and cutting -- Thermal cutting processes -- Occupational opportunities in welding -- Training for welding occupations -- Experiments and practices -- Welding video series -- Metric units -- Summary -- Welding at the bottom of the world -- Review -- Safety in welding: -- Introduction -- Burn classification -- Face, eye, and ear protection -- Respiratory protection -- Ventilation -- Material Safety Data Sheets )MSDSs( -- General work clothing -- Special protective clothing -- Handling and storing cylinders -- Fire protection -- Equipment maintenance -- Work area -- Hand tools -- Electrical safety -- Electrical safety systems -- Voltage warnings -- Extension cords -- Safety rules for portable electric tools -- Metal cutting machines -- Material handling -- Ladder safety -- Summary -- Heads up on safety: use proper head and eye protection -- Review -- Section 2: Shielded Metal Arc Welding: -- Shielded metal arc equipment, setup, and operation: -- Introduction -- Welding current -- Electrical measurement -- SMA welding arc temperature and heat -- Types of welding power -- Open circuit voltage -- Operating voltage -- Arc blow -- Types of power sources -- Generator- and alternator-type welders -- Converting AC to DC -- Duty cycle -- Welder accessories -- Equipment setup -- Summary -- Experienced welders make a difficult offshore weld run smoothly -- Review -- Shielded metal arc welding of plate: -- Introduction -- Effect of too high or too low current settings -- Electrode size and heat -- Arc length -- Electrode angle -- Electrode manipulation -- Positioning of the welder and the plate -- Practice welds -- Stringer beads -- Square butt joint -- Edge weld -- Outside corner joint -- Lap joint -- Tee joint -- Summary -- Keeping shipshape through underwater welding -- Review -- Shielded metal arc welding of pipe: -- Introduction -- Pipe and tubing -- Preparation and fit-up -- Practice welds -- 1G Horizontal rolled position -- 2G Vertical fixed position -- 5G Horizontal fixed position -- 6G 54 degree Inclined position -- Summary -- Orbital welding helps NASA's X-43 rocket soar -- Review -- Advanced shielded metal arc welding: -- Introduction -- Root pass -- Hot pass -- Filler pass -- Cover pass -- Plate preparation -- Preparing specimens for testing -- Restarting a weld bead -- Preheating and postheating -- Poor fit-up -- Summary -- Artists honored at International Institute of Welding )IIW( Assembly -- Review -- Section 3: Cutting And Gouging: -- Flame cutting: -- Introduction -- Metals cut by the oxyfuel process -- Eye protection for flame cutting -- Cutting torches -- Cutting tips -- Oxyfuel cutting, setup, and operation -- Hand cutting -- Layout -- Selecting the correct tip and setting the pressure -- Chemistry of a cut -- Physics of a cut -- Plate cutting -- Cutting table -- Torch guides -- Distortion -- Cutting applications -- Pipe cutting -- Summary -- Oxygen cutting -- Review -- Plasma arc cutting: -- Introduction -- Plasma -- Plasma torch -- Power and gas cables -- Power requirements -- Compressed air -- Heat input -- Distortion -- Applications -- Machine cutting -- Manual cutting -- Safety -- Straight cuts -- Plasma arc gouging -- Cutting round stock -- Summary -- Weld shop keeps U S Coast Guard ready -- Review -- Related cutting processes: -- Introduction -- Laser Beam Cutting )LBC( and Laser Beam Drilling )LBD( -- Lasers -- Applications -- Air carbon arc cutting -- Manual torch design -- Application -- Safety -- U-Grooves -- Oxygen lance cutting -- Applications -- Safety -- Water jet cutting -- Applications -- Arc cutting electrodes -- Applications -- Summary -- Lasers: New wave in ship construction -- Review -- Section 4: Gas Shielded Welding: -- Gas metal arc welding equipment, setup, and operation: -- Introduction -- Weld metal transfer methods -- Short-circuiting transfer GMAW-S -- Globular transfer -- Axial spray metal transfer -- Pulsed-arc metal transfer -- Pulsed-arc metal transfer current cycle -- Shielding gases for spray or pulsed-spray transfer -- Buried-arc transfer -- GMAW filler metal specifications -- Wire melting and deposition rates -- Welding power supplies -- Speed of the wire electrode -- Power supplies for short-circuiting transfer -- Molten weld pool control -- Power settings -- Weave pattern -- Travel speed -- Electrode extension -- Gun angle -- Equipment -- Power source -- Electrode )wire( feed unit -- GMA spot welding -- Summary -- Simple steps to achieving better gas metal arc welding -- Review -- Gas metal arc welding: -- Introduction -- Setup -- Gas density and flow rates -- Wire-feed speed -- Arc-voltage and amperage characteristics -- Electrode extension -- Welding gun angle -- Effect of shielding gas on welding -- Practices -- Metal preparation -- Flat position, 1G and 1F positions -- Vertical up 3G and 3F positions -- Vertical down 3G and 3F positions -- Horizontal 2G and 2F positions -- Overhead 4G and 4F positions -- Globular metal transfer, 1G position -- Axial spray -- Summary -- Aluminum ferries rely on inverter technology -- Review -- Flux cored arc welding equipment, setup, and operation: -- Introduction -- Principles of operation -- Equipment -- Advantages -- Limitations -- FCAW electrodes -- FCA welding electrode flux -- Shielding gas -- Welding techniques -- Troubleshooting FCA welding -- Summary -- Ultrasonic plastic welding basics -- Review -- Flux cored arc welding: -- Introduction -- Practices -- Flat-position welds -- Square-groove welds -- V-Groove and bevel-groove welds -- Fillet welds -- Vertical welds -- Horizontal welds -- Overhead-position welds -- Thin-gauge welding -- Plug welds -- Summary -- Welding lends architectural flair to airport expansion -- Review --Preface -- Features of the text -- Acknowledgments -- About the author -- Index of experiments and practices -- Section 1: Introduction: -- Introduction to welding: -- Introduction -- Welding defined -- Uses of welding -- Welding and cutting processes -- Oxyacetylene welding, brazing, and cutting -- Thermal cutting processes -- Occupational opportunities in welding -- Training for welding occupations -- Experiments and practices -- Welding video series -- Metric units -- Summary -- Welding at the bottom of the world -- Review -- Safety in welding: -- Introduction -- Burn classification -- Face, eye, and ear protection -- Respiratory protection -- Ventilation -- Material Safety Data Sheets )MSDSs( -- General work clothing -- Special protective clothing -- Handling and storing cylinders -- Fire protection -- Equipment maintenance -- Work area -- Hand tools -- Electrical safety -- Electrical safety systems -- Voltage warnings -- Extension cords -- Safety rules for portable electric tools -- Metal cutting machines -- Material handling -- Ladder safety -- Summary -- Heads up on safety: use proper head and eye protection -- Review -- Section 2: Shielded Metal Arc Welding: -- Shielded metal arc equipment, setup, and operation: -- Introduction -- Welding current -- Electrical measurement -- SMA welding arc temperature and heat -- Types of welding power -- Open circuit voltage -- Operating voltage -- Arc blow -- Types of power sources -- Generator- and alternator-type welders -- Converting AC to DC -- Duty cycle -- Welder accessories -- Equipment setup -- Summary -- Experienced welders make a difficult offshore weld run smoothly -- Review -- Shielded metal arc welding of plate: -- Introduction -- Effect of too high or too low current settings -- Electrode size and heat -- Arc length -- Electrode angle -- Electrode manipulation -- Positioning of the welder and the plate -- Practice welds -- Stringer beads -- Square butt joint -- Edge weld -- Outside corner joint -- Lap joint -- Tee joint -- Summary -- Keeping shipshape through underwater welding -- Review -- Shielded metal arc welding of pipe: -- Introduction -- Pipe and tubing -- Preparation and fit-up -- Practice welds -- 1G Horizontal rolled position -- 2G Vertical fixed position -- 5G Horizontal fixed position -- 6G 54 degree Inclined position -- Summary -- Orbital welding helps NASA's X-43 rocket soar -- Review -- Advanced shielded metal arc welding: -- Introduction -- Root pass -- Hot pass -- Filler pass -- Cover pass -- Plate preparation -- Preparing specimens for testing -- Restarting a weld bead -- Preheating and postheating -- Poor fit-up -- Summary -- Artists honored at International Institute of Welding )IIW( Assembly -- Review -- Section 3: Cutting And Gouging: -- Flame cutting: -- Introduction -- Metals cut by the oxyfuel process -- Eye protection for flame cutting -- Cutting torches -- Cutting tips -- Oxyfuel cutting, setup, and operation -- Hand cutting -- Layout -- Selecting the correct tip and setting the pressure -- Chemistry of a cut -- Physics of a cut -- Plate cutting -- Cutting table -- Torch guides -- Distortion -- Cutting applications -- Pipe cutting -- Summary -- Oxygen cutting -- Review -- Plasma arc cutting: -- Introduction -- Plasma -- Plasma torch -- Power and gas cables -- Power requirements -- Compressed air -- Heat input -- Distortion -- Applications -- Machine cutting -- Manual cutting -- Safety -- Straight cuts -- Plasma arc gouging -- Cutting round stock -- Summary -- Weld shop keeps U S Coast Guard ready -- Review -- Related cutting processes: -- Introduction -- Laser Beam Cutting )LBC( and Laser Beam Drilling )LBD( -- Lasers -- Applications -- Air carbon arc cutting -- Manual torch design -- Application -- Safety -- U-Grooves -- Oxygen lance cutting -- Applications -- Safety -- Water jet cutting -- Applications -- Arc cutting electrodes -- Applications -- Summary -- Lasers: New wave in ship construction -- Review -- Section 4: Gas Shielded Welding: -- Gas metal arc welding equipment, setup, and operation: -- Introduction -- Weld metal transfer methods -- Short-circuiting transfer GMAW-S -- Globular transfer -- Axial spray metal transfer -- Pulsed-arc metal transfer -- Pulsed-arc metal transfer current cycle -- Shielding gases for spray or pulsed-spray transfer -- Buried-arc transfer -- GMAW filler metal specifications -- Wire melting and deposition rates -- Welding power supplies -- Speed of the wire electrode -- Power supplies for short-circuiting transfer -- Molten weld pool control -- Power settings -- Weave pattern -- Travel speed -- Electrode extension -- Gun angle -- Equipment -- Power source -- Electrode )wire( feed unit -- GMA spot welding -- Summary -- Simple steps to achieving better gas metal arc welding -- Review -- Gas metal arc welding: -- Introduction -- Setup -- Gas density and flow rates -- Wire-feed speed -- Arc-voltage and amperage characteristics -- Electrode extension -- Welding gun angle -- Effect of shielding gas on welding -- Practices -- Metal preparation -- Flat position, 1G and 1F positions -- Vertical up 3G and 3F positions -- Vertical down 3G and 3F positions -- Horizontal 2G and 2F positions -- Overhead 4G and 4F positions -- Globular metal transfer, 1G position -- Axial spray -- Summary -- Aluminum ferries rely on inverter technology -- Review -- Flux cored arc welding equipment, setup, and operation: -- Introduction -- Principles of operation -- Equipment -- Advantages -- Limitations -- FCAW electrodes -- FCA welding electrode flux -- Shielding gas -- Welding techniques -- Troubleshooting FCA welding -- Summary -- Ultrasonic plastic welding basics -- Review -- Flux cored arc welding: -- Introduction -- Practices -- Flat-position welds -- Square-groove welds -- V-Groove and bevel-groove welds -- Fillet welds -- Vertical welds -- Horizontal welds -- Overhead-position welds -- Thin-gauge welding -- Plug welds -- Summary -- Welding lends architectural flair to airport expansion -- Review --Preface -- Features of the text -- Acknowledgments -- About the author -- Index of experiments and practices -- Section 1: Introduction: -- Introduction to welding: -- Introduction -- Welding defined -- Uses of welding -- Welding and cutting processes -- Oxyacetylene welding, brazing, and cutting -- Thermal cutting processes -- Occupational opportunities in welding -- Training for welding occupations -- Experiments and practices -- Welding video series -- Metric units -- Summary -- Welding at the bottom of the world -- Review -- Safety in welding: -- Introduction -- Burn classification -- Face, eye, and ear protection -- Respiratory protection -- Ventilation -- Material Safety Data Sheets )MSDSs( -- General work clothing -- Special protective clothing -- Handling and storing cylinders -- Fire protection -- Equipment maintenance -- Work area -- Hand tools -- Electrical safety -- Electrical safety systems -- Voltage warnings -- Extension cords -- Safety rules for portable electric tools -- Metal cutting machines -- Material handling -- Ladder safety -- Summary -- Heads up on safety: use proper head and eye protection -- Review -- Section 2: Shielded Metal Arc Welding: -- Shielded metal arc equipment, setup, and operation: -- Introduction -- Welding current -- Electrical measurement -- SMA welding arc temperature and heat -- Types of welding power -- Open circuit voltage -- Operating voltage -- Arc blow -- Types of power sources -- Generator- and alternator-type welders -- Converting AC to DC -- Duty cycle -- Welder accessories -- Equipment setup -- Summary -- Experienced welders make a difficult offshore weld run smoothly -- Review -- Shielded metal arc welding of plate: -- Introduction -- Effect of too high or too low current settings -- Electrode size and heat -- Arc length -- Electrode angle -- Electrode manipulation -- Positioning of the welder and the plate -- Practice welds -- Stringer beads -- Square butt joint -- Edge weld -- Outside corner joint -- Lap joint -- Tee joint -- Summary -- Keeping shipshape through underwater welding -- Review -- Shielded metal arc welding of pipe: -- Introduction -- Pipe and tubing -- Preparation and fit-up -- Practice welds -- 1G Horizontal rolled position -- 2G Vertical fixed position -- 5G Horizontal fixed position -- 6G 54 degree Inclined position -- Summary -- Orbital welding helps NASA's X-43 rocket soar -- Review -- Advanced shielded metal arc welding: -- Introduction -- Root pass -- Hot pass -- Filler pass -- Cover pass -- Plate preparation -- Preparing specimens for testing -- Restarting a weld bead -- Preheating and postheating -- Poor fit-up -- Summary -- Artists honored at International Institute of Welding )IIW( Assembly -- Review -- Section 3: Cutting And Gouging: -- Flame cutting: -- Introduction -- Metals cut by the oxyfuel process -- Eye protection for flame cutting -- Cutting torches -- Cutting tips -- Oxyfuel cutting, setup, and operation -- Hand cutting -- Layout -- Selecting the correct tip and setting the pressure -- Chemistry of a cut -- Physics of a cut -- Plate cutting -- Cutting table -- Torch guides -- Distortion -- Cutting applications -- Pipe cutting -- Summary -- Oxygen cutting -- Review -- Plasma arc cutting: -- Introduction -- Plasma -- Plasma torch -- Power and gas cables -- Power requirements -- Compressed air -- Heat input -- Distortion -- Applications -- Machine cutting -- Manual cutting -- Safety -- Straight cuts -- Plasma arc gouging -- Cutting round stock -- Summary -- Weld shop keeps U S Coast Guard ready -- Review -- Related cutting processes: -- Introduction -- Laser Beam Cutting )LBC( and Laser Beam Drilling )LBD( -- Lasers -- Applications -- Air carbon arc cutting -- Manual torch design -- Application -- Safety -- U-Grooves -- Oxygen lance cutting -- Applications -- Safety -- Water jet cutting -- Applications -- Arc cutting electrodes -- Applications -- Summary -- Lasers: New wave in ship construction -- Review -- Section 4: Gas Shielded Welding: -- Gas metal arc welding equipment, setup, and operation: -- Introduction -- Weld metal transfer methods -- Short-circuiting transfer GMAW-S -- Globular transfer -- Axial spray metal transfer -- Pulsed-arc metal transfer -- Pulsed-arc metal transfer current cycle -- Shielding gases for spray or pulsed-spray transfer -- Buried-arc transfer -- GMAW filler metal specifications -- Wire melting and deposition rates -- Welding power supplies -- Speed of the wire electrode -- Power supplies for short-circuiting transfer -- Molten weld pool control -- Power settings -- Weave pattern -- Travel speed -- Electrode extension -- Gun angle -- Equipment -- Power source -- Electrode )wire( feed unit -- GMA spot welding -- Summary -- Simple steps to achieving better gas metal arc welding -- Review -- Gas metal arc welding: -- Introduction -- Setup -- Gas density and flow rates -- Wire-feed speed -- Arc-voltage and amperage characteristics -- Electrode extension -- Welding gun angle -- Effect of shielding gas on welding -- Practices -- Metal preparation -- Flat position, 1G and 1F positions -- Vertical up 3G and 3F positions -- Vertical down 3G and 3F positions -- Horizontal 2G and 2F positions -- Overhead 4G and 4F positions -- Globular metal transfer, 1G position -- Axial spray -- Summary -- Aluminum ferries rely on inverter technology -- Review -- Flux cored arc welding equipment, setup, and operation: -- Introduction -- Principles of operation -- Equipment -- Advantages -- Limitations -- FCAW electrodes -- FCA welding electrode flux -- Shielding gas -- Welding techniques -- Troubleshooting FCA welding -- Summary -- Ultrasonic plastic welding basics -- Review -- Flux cored arc welding: -- Introduction -- Practices -- Flat-position welds -- Square-groove welds -- V-Groove and bevel-groove welds -- Fillet welds -- Vertical welds -- Horizontal welds -- Overhead-position welds -- Thin-gauge welding -- Plug welds -- Summary -- Welding lends architectural flair to airport expansion -- Review --

عنصر شناسه ای

، Welding

عنصر شناسه ای

Programmed instruction ، Welding

شماره رده

کد نقش

AU

عنصر شناسه اي

TI