Welding- Design Procedures and Inspections - index
Foreword - ufc_3_320_01a0006
Chapter 1. General - ufc_3_320_01a0014
Chapter 2. Applicable Design Specifications - ufc_3_320_01a0015
AISC Specifications and Standards.
Specification for Structural Steel Buildings - Allowable Stress Design and Plastic Design
AWS Specifications and Standards.
Federal Emergency Management Agency.
Chapter 3. Welding Processes and Materials
Applications of Heat For Welding
Table 3-1. Minimum Preheat And Interpass Temperatures for AISC - Approved Structural Steels Prequalified
Table 3-1. Minimum Preheat And Interpass Temperatures for AISC - Approved Structural Steels Prequalified - Continued
Table 3-2. Suggested Minimum Preheat And Interpass Temperatures for AISC Approved Structural Steels Ilot Prequalified
Application Of Heat for Straightening and Cambering - ufc_3_320_01a0025
Air Carbon ARC Gouging.
Chapter 4. Structural Steels - ufc_3_320_01a0027
Table 4-1. AISC - Approved Structural Steels Prequalified Under AWS
Table 4-1. AISC - Approved Structural Steels Prequalified Under AWS - Continued - ufc_3_320_01a0029
Table 4-1. AISC - Approved Structural Steels Prequalified Under AWS - Continued - ufc_3_320_01a0030
Table 4-2. AISC-Approved Structural Steels Not Prequalified under AWS D1.1 Table - ufc_3_320_01a0031
Weldability Of Structural Steels.
Carbon Equivalency.
Carbon Equivalency. - Continued
Table 4-3. Chemical Requirements for Sample Structural Steels
Aisc in Developing Design Methodologies
Selections Of Structural Steels for Environmental Exposure and Service Applications.
Fatigue Applications.
Table 4-4. Toughness Guidelines for Structural Steel in Fatique Applications Redundant Applications.
Availability of Structural Steels.
Chapter 5. Design for Welding
Joint Selection.
Qualified Joint Details.
Design and Fabrication Of Welded Joints
Allowable Stresses / Design Strengths.
Minimum Weld Size.
Backing Bars.
Welding Sequence and Distortion Control.
Design for Cyclically Loaded Structures (FATIGUE) - ufc_3_320_01a0049
Fatigue Design Details
Allowable Stress Ranges.
Materials Concerns and Specifications.
Joint Detail Modifications and Enhancements
Chapter 6. Stud Welding - ufc_3_320_01a0054
Inspection - ufc_3_320_01a0055
Chapter 7. Welding To Existing Structures - ufc_3_320_01a0056
Strength Reduction Effects and Other Concerns When Welding Under Load
Chapter 8. Quality Assurance and Inspection - ufc_3_320_01a0058
Welding Personnel Qualification - ufc_3_320_01a0059
Inspector Qualifications - ufc_3_320_01a0060
NDT Personnel Qualification.
Inspection Categories and Tasks - ufc_3_320_01a0062
Prior to Welding
Prior to Welding - Continued
During Welding.
Nondestructive Testing Methods. - ufc_3_320_01a0066
Table 8-1. Applicable Inspection Methods for Various Discontinuities and Joint Types - ufc_3_320_01a0067
Table 8-2. Guidelines for Selecting Inspection Techniques - ufc_3_320_01a0068
Table 8-2. Guidelines for Selecting Inspection Techniques - Continued - ufc_3_320_01a0069
Weld Quality - ufc_3_320_01a0070
Repairs to Base Metal and Welds - ufc_3_320_01a0071
Mislocated Holes
Chapter 9. Other Welding Specifications and Standards
Other Governing Specifications - ufc_3_320_01a0074
Chapter 10. Safety and Environmental Considerations - ufc_3_320_01a0075
Fumes and Gases.
Energy Consumption - ufc_3_320_01a0077
Appendix C: Welding Processes - ufc_3_320_01a0085
Filler Metal Designation, Specification and Certification - ufc_3_320_01a0086
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0087
Table C-1. AWS A5.1 Classification System for Carbon Steel Electrodes for SMAW - ufc_3_320_01a0088
Table C-2. AWS A5.5 Classification System for Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0089
Table C-3. Low Hydrogen AWS A5.1 Carbon Steel Electrodes for SMAW - ufc_3_320_01a0090
Table C-4. Low Hydrogen AWS A5.5 Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0091
Flux Cored ARC Welding
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0093
Advantages, Disadvantages and Limitations. - Continued
Table C-6. AWS A5.20 Classification System for Carbon Steel Electrodes for FCAW - ufc_3_320_01a0095
Table C-7. AWS A5.29 Classification System for Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0096
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - ufc_3_320_01a0097
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - Continued - ufc_3_320_01a0098
Table C-9. AWS A5.29 Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0099
Gas Metal Arc Welding
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0101
Table C-10. AWS A5.18 Classification System for Carbon Steel Electrodes for GMAW - ufc_3_320_01a0102
Table C-11. AWS A5.28 Classification System for Low Alloy Steel Electrodes for
Table C-12. AWS A5.18 Carbon Steel Electrodes for GMAW - ufc_3_320_01a0104
Table C-13. AWS A5.28 Low Alloy Steel Electrodes for GMAW - ufc_3_320_01a0105
Submerged Arc Welding
Filler Metal Designation, Specification and Certification. - ufc_3_320_01a0107
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0108
Advantages, Disadvantages and Limitations. - Continued
Table C-14. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0110
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0111
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0112
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0113
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0114
Process Principles - ufc_3_320_01a0115
Table C-17. AWS A5.12 Classification System for Tungsten Electrodes for GTAW - ufc_3_320_01a0116
Process Principles.
Table C-18. AWS A5.25 Classification System for Electrodes and Fluxes for ESW - ufc_3_320_01a0118
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0119
Table C-19. AWS A5.26 Classification System for Electrodes for EGW - ufc_3_320_01a0120
Appendix D:
Table D-1. Visual Inspection - ufc_3_320_01a0122
Penetrant Testing (PT)
Table D-2. Penetrant Testing - ufc_3_320_01a0124
Magnetic Particle Testing
Table D-3. Magnetic Particle Testing - ufc_3_320_01a0126
Ultrasonic Testing
Advantages and Disadvantages. - ufc_3_320_01a0128
Table D-4. Ultrasonic Testing - ufc_3_320_01a0129
Radiographic Testing
Table D-5. Radiographic Testing - ufc_3_320_01a0131
Other Methods
Welding Design Procedures and Inspections
The Copright Holder
Foreword - ufc_3_320_01a0135
Chapter 1. General - ufc_3_320_01a0143
Chapter 2. Applicable Design Specifications - ufc_3_320_01a0144
Aisc Specifications and Standards
Code of Standard Practice.
AWS Specifications and Standards
Federal Emergency Management Agency
Chapter 3. Welding Processes and Materials
Preheat for Prequalified Applications.
Table 3-1. Minimum Preheat and Interpass Temperatures for AISC-Approved Strcutural Steels Prequalified
Table 3-1. Minimum Preheat and Interpass Temperatures for AISC-Approved Strcutural Steels Prequalified - Continued
Table 3-2. Suggested Minimum Preheat and Interpass Temperatures for AISC- Approved Structural Steels Not Prequalified
Application of Heat For Straightening and Cambering - ufc_3_320_01a0154
Air Carbon ARC Gouging
Chapter 4. Structural Steels - ufc_3_320_01a0156
Table 4-1. AISC-Approved Structural Steels Prequalified under AWS D1.1 Table 3.1
Table 4-1. AISC-Approved Structural Steels Prequalified under AWS D1.1 Table 3.1 - Continued - ufc_3_320_01a0158
Table 4-1. AISC-Approved Structural Steels Prequalified under AWS D1.1 Table 3.1 - Continued - ufc_3_320_01a0159
Table 4-2. AISC-Approved Structural Steels Not Prequalified under AWS D1.1 Table - ufc_3_320_01a0160
Weldability of Structural Steels
Carbon Equivalency
Carbon Equivalency - Continued
Table 4-3. Chemical Requirements for Sample Structural Steels
Killed Steel.
Selection of Structural Steels For Environmental Exposure and Service Applications
Fatigue Applications
Table 4-4. Toughness Guidelines for Structural Steel in Fatigue Applications, Redudant Applications
Availibility of Structural Steels
Chapter 5. Design for Welding
Joint Selection.
Prequalified Joint Details
Design and Fabrication of Welded Joints
Allowable Stresses / Design Strengths
Available Design Aids
Backing Bars
Welding Sequence and Distortion Control
Design for Cyclically Loaded Structures (Fatigue) - ufc_3_320_01a0178
Fatigue Design Details
High Seismic Applications
Materials Concerns and Specifications.
Inspection Enhancements
Chapter 6. Stud Welding - ufc_3_320_01a0183
Inspection
Chapter 7. Welding To Existing Structures - ufc_3_320_01a0185
Hazardous Materials
Chapter 8. Quality Assurance and Inspection - ufc_3_320_01a0187
Welding Personnel Qualification - ufc_3_320_01a0188
Inspector Qualifications - ufc_3_320_01a0189
NDT Personnel Qualification
Inspection Categories and Tasks - ufc_3_320_01a0191
Prior to Welding.
Prior to Welding. - Continued
During Welding
Nondestructive Testing Methods. - ufc_3_320_01a0195
Table 8-1. Applicable Inspection Methods for Various Discontinuities and Joint Types - ufc_3_320_01a0196
Table 8-2. Guidelines for Selecting Inspection Techniques - ufc_3_320_01a0197
Table 8-2. Guidelines for Selecting Inspection Techniques - Continued - ufc_3_320_01a0198
Weld Quality - ufc_3_320_01a0199
Repairs to Base Metal and Welds - ufc_3_320_01a0200
Mislocated Holes
Chapter 9. Other Welding Specifications and Standards
Other Governing Specifications - ufc_3_320_01a0203
Chapter 10. Safety and Environmental Considerations - ufc_3_320_01a0204
Fumes and Gases.
Energy Consumption - ufc_3_320_01a0206
Appendix C: Welding Processes - ufc_3_320_01a0214
Filler Metal Designation, Specification and Certification - ufc_3_320_01a0215
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0216
Table C-1. AWS A5.1 Classification System for Carbon Steel Electrodes for SMAW - ufc_3_320_01a0217
Table C-2. AWS A5.5 Classification System for Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0218
Table C-3. Low Hydrogen AWS A5.1 Carbon Steel Electrodes for SMAW - ufc_3_320_01a0219
Table C-4. Low Hydrogen AWS A5.5 Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0220
Flux Cored ARC Welding (FCAW)
Advantages, Disadvantages and Limitations
Advantages, Disadvantages and Limitations - Continued
Table C-6. AWS A5.20 Classification System for Carbon Steel Electrodes for FCAW - ufc_3_320_01a0224
Table C-7. AWS A5.29 Classification System for Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0225
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - ufc_3_320_01a0226
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - Continued - ufc_3_320_01a0227
Table C-9. AWS A5.29 Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0228
Gas Metal ARC Welding (GMAW)
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0230
Table C-10. AWS A5.18 Classification System for Carbon Steel Electrodes for GMAW - ufc_3_320_01a0231
Table C-11. AWS A5.28 Classification System for Low Alloy Steel Electrodes for GMAW
Table C-12. AWS A5.18 Carbon Steel Electrodes for GMAW - ufc_3_320_01a0233
Table C-13. AWS A5.28 Low Alloy Steel Electrodes for GMAW - ufc_3_320_01a0234
Submerged ARC Welding (SAW)
Filler Metal Designation, Specification and Certification. - ufc_3_320_01a0236
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0237
Advantages, Disadvantages and Limitations. - Continued
Table C-14. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0239
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0240
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0241
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0242
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0243
Process Principles - ufc_3_320_01a0244
Table C-17. AWS A5.12 Classification System for Tungsten Electrodes for GTAW - ufc_3_320_01a0245
Process Principles - ufc_3_320_01a0246
Table C-18. AWS A5.25 Classification System for Electrodes and Fluxes for ESW - ufc_3_320_01a0247
Process Principles.
Table C-19. AWS A5.26 Classification System for Electrodes for EGW - ufc_3_320_01a0249
Appendix D
Table D-1. Visual Inspection - ufc_3_320_01a0251
Advantages and Disadvantages. - ufc_3_320_01a0252
Table D-2. Penetrant Testing - ufc_3_320_01a0253
Magnetic Particle Testing (MT)
Table D-3. Magnetic Particle Testing - ufc_3_320_01a0255
Ultrasonic Testing (UT)
Advantages and Disadvantages. - ufc_3_320_01a0257
Table D-4. Ultrasonic Testing - ufc_3_320_01a0258
Radiographic Testing (RT)
Table D-5. Radiographic Testing - ufc_3_320_01a0260
Other Methods - ufc_3_320_01a0261
Foreword - ufc_3_320_01a0006
Chapter 1. General - ufc_3_320_01a0014
Chapter 2. Applicable Design Specifications - ufc_3_320_01a0015
AISC Specifications and Standards.
Specification for Structural Steel Buildings - Allowable Stress Design and Plastic Design
AWS Specifications and Standards.
Federal Emergency Management Agency.
Chapter 3. Welding Processes and Materials
Applications of Heat For Welding
Table 3-1. Minimum Preheat And Interpass Temperatures for AISC - Approved Structural Steels Prequalified
Table 3-1. Minimum Preheat And Interpass Temperatures for AISC - Approved Structural Steels Prequalified - Continued
Table 3-2. Suggested Minimum Preheat And Interpass Temperatures for AISC Approved Structural Steels Ilot Prequalified
Application Of Heat for Straightening and Cambering - ufc_3_320_01a0025
Air Carbon ARC Gouging.
Chapter 4. Structural Steels - ufc_3_320_01a0027
Table 4-1. AISC - Approved Structural Steels Prequalified Under AWS
Table 4-1. AISC - Approved Structural Steels Prequalified Under AWS - Continued - ufc_3_320_01a0029
Table 4-1. AISC - Approved Structural Steels Prequalified Under AWS - Continued - ufc_3_320_01a0030
Table 4-2. AISC-Approved Structural Steels Not Prequalified under AWS D1.1 Table - ufc_3_320_01a0031
Weldability Of Structural Steels.
Carbon Equivalency.
Carbon Equivalency. - Continued
Table 4-3. Chemical Requirements for Sample Structural Steels
Aisc in Developing Design Methodologies
Selections Of Structural Steels for Environmental Exposure and Service Applications.
Fatigue Applications.
Table 4-4. Toughness Guidelines for Structural Steel in Fatique Applications Redundant Applications.
Availability of Structural Steels.
Chapter 5. Design for Welding
Joint Selection.
Qualified Joint Details.
Design and Fabrication Of Welded Joints
Allowable Stresses / Design Strengths.
Minimum Weld Size.
Backing Bars.
Welding Sequence and Distortion Control.
Design for Cyclically Loaded Structures (FATIGUE) - ufc_3_320_01a0049
Fatigue Design Details
Allowable Stress Ranges.
Materials Concerns and Specifications.
Joint Detail Modifications and Enhancements
Chapter 6. Stud Welding - ufc_3_320_01a0054
Inspection - ufc_3_320_01a0055
Chapter 7. Welding To Existing Structures - ufc_3_320_01a0056
Strength Reduction Effects and Other Concerns When Welding Under Load
Chapter 8. Quality Assurance and Inspection - ufc_3_320_01a0058
Welding Personnel Qualification - ufc_3_320_01a0059
Inspector Qualifications - ufc_3_320_01a0060
NDT Personnel Qualification.
Inspection Categories and Tasks - ufc_3_320_01a0062
Prior to Welding
Prior to Welding - Continued
During Welding.
Nondestructive Testing Methods. - ufc_3_320_01a0066
Table 8-1. Applicable Inspection Methods for Various Discontinuities and Joint Types - ufc_3_320_01a0067
Table 8-2. Guidelines for Selecting Inspection Techniques - ufc_3_320_01a0068
Table 8-2. Guidelines for Selecting Inspection Techniques - Continued - ufc_3_320_01a0069
Weld Quality - ufc_3_320_01a0070
Repairs to Base Metal and Welds - ufc_3_320_01a0071
Mislocated Holes
Chapter 9. Other Welding Specifications and Standards
Other Governing Specifications - ufc_3_320_01a0074
Chapter 10. Safety and Environmental Considerations - ufc_3_320_01a0075
Fumes and Gases.
Energy Consumption - ufc_3_320_01a0077
Appendix C: Welding Processes - ufc_3_320_01a0085
Filler Metal Designation, Specification and Certification - ufc_3_320_01a0086
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0087
Table C-1. AWS A5.1 Classification System for Carbon Steel Electrodes for SMAW - ufc_3_320_01a0088
Table C-2. AWS A5.5 Classification System for Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0089
Table C-3. Low Hydrogen AWS A5.1 Carbon Steel Electrodes for SMAW - ufc_3_320_01a0090
Table C-4. Low Hydrogen AWS A5.5 Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0091
Flux Cored ARC Welding
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0093
Advantages, Disadvantages and Limitations. - Continued
Table C-6. AWS A5.20 Classification System for Carbon Steel Electrodes for FCAW - ufc_3_320_01a0095
Table C-7. AWS A5.29 Classification System for Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0096
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - ufc_3_320_01a0097
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - Continued - ufc_3_320_01a0098
Table C-9. AWS A5.29 Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0099
Gas Metal Arc Welding
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0101
Table C-10. AWS A5.18 Classification System for Carbon Steel Electrodes for GMAW - ufc_3_320_01a0102
Table C-11. AWS A5.28 Classification System for Low Alloy Steel Electrodes for
Table C-12. AWS A5.18 Carbon Steel Electrodes for GMAW - ufc_3_320_01a0104
Table C-13. AWS A5.28 Low Alloy Steel Electrodes for GMAW - ufc_3_320_01a0105
Submerged Arc Welding
Filler Metal Designation, Specification and Certification. - ufc_3_320_01a0107
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0108
Advantages, Disadvantages and Limitations. - Continued
Table C-14. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0110
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0111
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0112
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0113
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0114
Process Principles - ufc_3_320_01a0115
Table C-17. AWS A5.12 Classification System for Tungsten Electrodes for GTAW - ufc_3_320_01a0116
Process Principles.
Table C-18. AWS A5.25 Classification System for Electrodes and Fluxes for ESW - ufc_3_320_01a0118
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0119
Table C-19. AWS A5.26 Classification System for Electrodes for EGW - ufc_3_320_01a0120
Appendix D:
Table D-1. Visual Inspection - ufc_3_320_01a0122
Penetrant Testing (PT)
Table D-2. Penetrant Testing - ufc_3_320_01a0124
Magnetic Particle Testing
Table D-3. Magnetic Particle Testing - ufc_3_320_01a0126
Ultrasonic Testing
Advantages and Disadvantages. - ufc_3_320_01a0128
Table D-4. Ultrasonic Testing - ufc_3_320_01a0129
Radiographic Testing
Table D-5. Radiographic Testing - ufc_3_320_01a0131
Other Methods
Welding Design Procedures and Inspections
The Copright Holder
Foreword - ufc_3_320_01a0135
Chapter 1. General - ufc_3_320_01a0143
Chapter 2. Applicable Design Specifications - ufc_3_320_01a0144
Aisc Specifications and Standards
Code of Standard Practice.
AWS Specifications and Standards
Federal Emergency Management Agency
Chapter 3. Welding Processes and Materials
Preheat for Prequalified Applications.
Table 3-1. Minimum Preheat and Interpass Temperatures for AISC-Approved Strcutural Steels Prequalified
Table 3-1. Minimum Preheat and Interpass Temperatures for AISC-Approved Strcutural Steels Prequalified - Continued
Table 3-2. Suggested Minimum Preheat and Interpass Temperatures for AISC- Approved Structural Steels Not Prequalified
Application of Heat For Straightening and Cambering - ufc_3_320_01a0154
Air Carbon ARC Gouging
Chapter 4. Structural Steels - ufc_3_320_01a0156
Table 4-1. AISC-Approved Structural Steels Prequalified under AWS D1.1 Table 3.1
Table 4-1. AISC-Approved Structural Steels Prequalified under AWS D1.1 Table 3.1 - Continued - ufc_3_320_01a0158
Table 4-1. AISC-Approved Structural Steels Prequalified under AWS D1.1 Table 3.1 - Continued - ufc_3_320_01a0159
Table 4-2. AISC-Approved Structural Steels Not Prequalified under AWS D1.1 Table - ufc_3_320_01a0160
Weldability of Structural Steels
Carbon Equivalency
Carbon Equivalency - Continued
Table 4-3. Chemical Requirements for Sample Structural Steels
Killed Steel.
Selection of Structural Steels For Environmental Exposure and Service Applications
Fatigue Applications
Table 4-4. Toughness Guidelines for Structural Steel in Fatigue Applications, Redudant Applications
Availibility of Structural Steels
Chapter 5. Design for Welding
Joint Selection.
Prequalified Joint Details
Design and Fabrication of Welded Joints
Allowable Stresses / Design Strengths
Available Design Aids
Backing Bars
Welding Sequence and Distortion Control
Design for Cyclically Loaded Structures (Fatigue) - ufc_3_320_01a0178
Fatigue Design Details
High Seismic Applications
Materials Concerns and Specifications.
Inspection Enhancements
Chapter 6. Stud Welding - ufc_3_320_01a0183
Inspection
Chapter 7. Welding To Existing Structures - ufc_3_320_01a0185
Hazardous Materials
Chapter 8. Quality Assurance and Inspection - ufc_3_320_01a0187
Welding Personnel Qualification - ufc_3_320_01a0188
Inspector Qualifications - ufc_3_320_01a0189
NDT Personnel Qualification
Inspection Categories and Tasks - ufc_3_320_01a0191
Prior to Welding.
Prior to Welding. - Continued
During Welding
Nondestructive Testing Methods. - ufc_3_320_01a0195
Table 8-1. Applicable Inspection Methods for Various Discontinuities and Joint Types - ufc_3_320_01a0196
Table 8-2. Guidelines for Selecting Inspection Techniques - ufc_3_320_01a0197
Table 8-2. Guidelines for Selecting Inspection Techniques - Continued - ufc_3_320_01a0198
Weld Quality - ufc_3_320_01a0199
Repairs to Base Metal and Welds - ufc_3_320_01a0200
Mislocated Holes
Chapter 9. Other Welding Specifications and Standards
Other Governing Specifications - ufc_3_320_01a0203
Chapter 10. Safety and Environmental Considerations - ufc_3_320_01a0204
Fumes and Gases.
Energy Consumption - ufc_3_320_01a0206
Appendix C: Welding Processes - ufc_3_320_01a0214
Filler Metal Designation, Specification and Certification - ufc_3_320_01a0215
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0216
Table C-1. AWS A5.1 Classification System for Carbon Steel Electrodes for SMAW - ufc_3_320_01a0217
Table C-2. AWS A5.5 Classification System for Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0218
Table C-3. Low Hydrogen AWS A5.1 Carbon Steel Electrodes for SMAW - ufc_3_320_01a0219
Table C-4. Low Hydrogen AWS A5.5 Low-Alloy Steel Electrodes for SMAW - ufc_3_320_01a0220
Flux Cored ARC Welding (FCAW)
Advantages, Disadvantages and Limitations
Advantages, Disadvantages and Limitations - Continued
Table C-6. AWS A5.20 Classification System for Carbon Steel Electrodes for FCAW - ufc_3_320_01a0224
Table C-7. AWS A5.29 Classification System for Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0225
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - ufc_3_320_01a0226
Table C-8. AWS A5.20 Carbon Steel Electrodes for FCAW - Continued - ufc_3_320_01a0227
Table C-9. AWS A5.29 Low Alloy Steel Electrodes for FCAW - ufc_3_320_01a0228
Gas Metal ARC Welding (GMAW)
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0230
Table C-10. AWS A5.18 Classification System for Carbon Steel Electrodes for GMAW - ufc_3_320_01a0231
Table C-11. AWS A5.28 Classification System for Low Alloy Steel Electrodes for GMAW
Table C-12. AWS A5.18 Carbon Steel Electrodes for GMAW - ufc_3_320_01a0233
Table C-13. AWS A5.28 Low Alloy Steel Electrodes for GMAW - ufc_3_320_01a0234
Submerged ARC Welding (SAW)
Filler Metal Designation, Specification and Certification. - ufc_3_320_01a0236
Advantages, Disadvantages and Limitations. - ufc_3_320_01a0237
Advantages, Disadvantages and Limitations. - Continued
Table C-14. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0239
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0240
Table C-15. AWS A5.17 Classification System for Carbon Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0241
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - ufc_3_320_01a0242
Table C-16. AWS A5.23 Classification System for Low Alloy Steel Electrodes and Fluxes for SAW - Continued - ufc_3_320_01a0243
Process Principles - ufc_3_320_01a0244
Table C-17. AWS A5.12 Classification System for Tungsten Electrodes for GTAW - ufc_3_320_01a0245
Process Principles - ufc_3_320_01a0246
Table C-18. AWS A5.25 Classification System for Electrodes and Fluxes for ESW - ufc_3_320_01a0247
Process Principles.
Table C-19. AWS A5.26 Classification System for Electrodes for EGW - ufc_3_320_01a0249
Appendix D
Table D-1. Visual Inspection - ufc_3_320_01a0251
Advantages and Disadvantages. - ufc_3_320_01a0252
Table D-2. Penetrant Testing - ufc_3_320_01a0253
Magnetic Particle Testing (MT)
Table D-3. Magnetic Particle Testing - ufc_3_320_01a0255
Ultrasonic Testing (UT)
Advantages and Disadvantages. - ufc_3_320_01a0257
Table D-4. Ultrasonic Testing - ufc_3_320_01a0258
Radiographic Testing (RT)
Table D-5. Radiographic Testing - ufc_3_320_01a0260
Other Methods - ufc_3_320_01a0261