ASME Section IX - Welding Codes and Metallurgy
Parts QG and QW
Available Dates and Locations:
10010 104 Street NW
Edmonton AB T5J 0Z1 Canada
Book Accommodations with CASTI Room Rate
IMPORTANT: This course is approved by the Canadian Welding Bureau to qualify candidates for the knowledge requirements (Clause 6.4.3) of the CSA W47.1 Welding Engineer.
The welding engineer shall demonstrate knowledge of the fundamental properties of steel, welding fundamentals, welding metallurgy, welding procedures and practice, and welding codes and standards.
The above knowledge may be demonstrated by completing both CASTI courses listed below and receive a minimum mark of 70% on each final exam. These courses are approved by the Canadian Welding Bureau to satisfy the knowledge requirements of a CSA W47.1 Welding Engineer.
- 1. Welding Fundamentals Course, and
- 2. ASME Section IX - Welding Codes and Metallurgy Course
This is an introductory course that provides a basic understanding of the proper use and interpretation of ASME Section IX - Welding Qualifications Code and its related ASME construction codes. To accomplish this objective, the course starts with a 2-day review of ASME Section IX, followed by one day of studying the base metal metallurgy and welding metallurgy that ASME Section IX is based on. The fourth day covers the welding portions of related ASME construction codes (Section VIII-1, B31.1, and B31.3) and how ASME Section IX interacts with each, including the metallurgy previously covered through a series of workshops. This course is also intended to prepare exam candidates for ABSA Welding Examiner Paper #4 on Regulations and Codes and most parts of Paper #2 covering properties and structures of metals, welding metallurgy and material specifications (i.e., steel manufacturing will not be covered).
Who Should Attend
Inspectors, welders, welding supervisors, quality control personnel, technologists, and engineers involved with new welding procedure and welder qualifications for new fabrication, repairs, maintenance, and inspection for pressure vessel or piping. This course is also designed to assist ABSA Welding Examiner, Pressure Equipment Inspector and CSA W178.2 exam candidates, although it is not a prerequisite that you be an exam candidate.
Each participant will receive a CASTI Certificate of Completion with 32 Professional Development Hours (PDHs) for attending all 4 days of the classroom training.
CASTI Learning Advantage (CLA)
This course includes 6 days* of training as described below:
4 Days In-classroom held Oct. 5-8, 2020
- instructor-led lectures, discussions, workshops, and optional evening tutorial of ASME Sec. IX and related codes
- practice problems and review detailed solutions
Estimated 2 Days* Post-classroom E-Learning available from Oct. 11, 2020
- practicing WPS/PQR and WPQ reviews
- Two practice exams (3.5 hours each) with answers and full solutions for Paper 2 of the Alberta Welding Examiner
- Two practice exams (3.5 hours each) with answers and full solutions for Paper 4 of the Alberta Welding Examiner
* Estimate based on the average time required by past students to complete online training. Your personal skill and experience levels will determine the actual time required to complete this work
Post-classroom online training lessons are available for sixty (60) days after the final day of the in-class training. This gives any candidate wanting to take the Welding Examiner Papers multiple examination opportunities at ABSA.
Course Outline [+]
Alberta Safety Codes Acts
- Overview of Pressure Equipment Safety Regulations and Pipeline Codes in Canada
- Overview of CSA, ASME and related Codes for New Construction and In-Service Integrity
- Overview of Pressure Welders Regulation
General Review to ASME IX
- Detailed Review of Part QG – General Requirements
- Detailed Review of Part QW - Welding Articles
- Article I – Welding General Requirements – QW-100
- Test Positions and Specimen Removal
- Tests: Tension, Guided-Bend, and Impact Specimens, and Acceptance Criteria
- P-Numbers QW-420, F-Numbers QW-430, and A-Numbers QW-440
- Article II – Welding Procedure Qualifications – QW-200
- WPS and PQR Content, Changes, and Responsibilities (minimum requirements)
- Welding Variables for WPS Qualification
- How to use WPS Variable QW-250 Tables for SMAW, SAW, GMAW, and GTAW
- Article III – Welder and Welding Operator Performance Qualifications (WPQ) – QW-300
- Intent of Tests and Specimen Removal
- Qualification by Mechanical Tests and Volumetric NDE, QW-302
- How to use Welder Performance Essential Variable QW-350 and QW-416 Tables for SMAW, SAW, GMAW, and GTAW
- Retests, Expiration, and Renewal of Qualification
- Alberta Welders Regulations
- Welder Performance Qualification Cards in Alberta
- Expiration and Renewal of Qualification
- Welding Operator Performance Essential Variables, QW-360
- QW-423 Alternate Base Materials for Welder Qualification
- How to Correctly Assign P-Numbers for Welder Performance Qualification Based on ABSA Guidelines
- Article IV – Welding Data – QW-400
- Procedure Qualification Thickness Limits and Test Specimens QW-451 Tables
- Performance Qualification Thickness Limits and Test Specimens QW-452 Tables
- Performance Qualification – Position and Diameter Limitations Table QW-461.9
- Welding Documentation Forms
- Article V – Standard Welding Procedure Specifications (SWPS) – QW-500
- Article I – Welding General Requirements – QW-100
Introduction to Steels
- Ferrous/Nonferrous, Cast Irons and Steels
- Wrought Products: Rolling, Hot-Finishing, Drawing, Forging
- Steel Making, Heat of Steel, Residual and Unspecified Elements in Steels
- The Roles of Alloying Elements
- Defining Alloy Steels, Low-Alloy Steel, High-Strength Low Alloy Steel, Microalloy Steels
- Brief Introduction to Stainless Steels
Introduction to Steel Metallurgy
- Steel Microstructures and Phases: Ferrite, Fe-Fe3C, Pearlite, Banite, Martensite
- Using the Fe-Fe3C Phase Diagram in Practical Terms
- Transformation Temperatures QW-407.1(2)
- Heat Treatment: Austenitizing, Annealing, Normalizing, Quench and Tempering QW-407
- ASTM Grain Size, Toughness, and Anisotropic
- Material Test Reports and What They Really Mean
Steel Welding Metallurgy and Steel Heat Treatment
- Weldment zones and fundamental principles of welding metallurgy of carbon steel
- Use of carbon equivalence to predict weldability
- Alloying steels and their effects on hardenability and weldability
- Residual stress and distortion of welded connections
- Hydrogen related cracking in welding (toe cracking, cold cracking, delayed cracking, HAZ cracking, and underbead cracking)
- Steel heat treatment, preheating and postweld heat treat in practical terms to avoid cracking and improve weldability
Introduction to Non-Destructive Examination and ASME Section V
- Imperfections and Types of NDE Methods
- Visual Testing (VT) - ASME V Article 9
- Radiographic Testing (RT) - ASME V Article 2
- Ultrasonic Testing (UT) - ASME V Article 4
- Liquid Penetrant (PT) Testing - ASME V Article 6
- Magnetic Particle (MT) Testing - ASME V Article 7
Base Metal and Filler Metal Specifications (ASME Section II Parts A and C)
- ASTM Specifications: Product Standards, General Standards, Supplementary Requirements
- ASTM Steel Standard Designations and Product Markings
- ASME SA-106, SA-516, SA-333, SA-387, and SA-312
- ASME SFA No. and AWS Classification of Filler Metals
- ASME SFA-5.1 and SFA-5.5
ASME Codes of Construction
- Review of welding requirements for:
- ASME B31.1 Power Piping
- ASME B31.3 Process Piping
- ASME Section VIII Div. 1 Pressure Vessels
Workshop: ASME Section IX P-No. QW-422 Table
- Each attendee will review and compare the properties of materials listed in QW-422 for P-No. 1 Groups 1 to 4
Workshop: Developing a WPS for ASME Sec. VIII-1, B31.1, and B31.3
- Each attendee will participate in a group workshop to write new construction and maintenance welding procedures in accordance with ASME Section VIII - Pressure Vessels, ASME B31.1 - Power Boilers and ASME B31.3 - Process Piping.
- These welding procedures will be reviewed and discussed in detail during the class.
Evening tutorials are mandatory for exam candidates planning to challenge Alberta Welding Examiner Papers 2 and 4, and optional for all other attendees. Be prepared for 1 hour on Days 1 and 2, and for up to 3 hours on Day 3.
- Explanation of Alberta Welding Examiner Syllabus (AB-94) and its relation to a career path
- Detailed review of the properties and structures of metals; yield strength, tensile strength, ductility, hardness and toughness
- WPS, PQR, WQR, and WOQR reviews, including identifying errors and verifying the acceptability of the essential and nonessential variables.
- Take-home assignments handed out
- Review of any previous take-home assignments
Required Code Documents
All participants must bring the ASME Section IX Code to this class. For those who are writing the Welding Examiner exams:
- ABSA Welding Examiner Paper #2 exam candidates MUST bring ASME Section II, Part A and ASME Section V.
- ABSA Welding Examiner Paper #4 exam candidates MUST bring ASME Section I, ASME Section VIII-1, ASME IX, ASME B31.1, and ASME B31.3.
These code documents can be purchased from CASTI. Exam document packages with the specific code editions and sections required for Paper #2 and Paper #4 are also available through CASTI.
- CSA W47.1 Fusion Welding of Steel Company Certification
- Information on ABSA Welding Examiner Certificate of Competency (ABSA Website)
- Transition from Existing Syllabus (ABSA Website)
- ABSA Welding Examiner Syllabus - Form AB-94 (PDF)
About the Instructor
Matthew Yarmuch MSc, PEng, IWE is a professional materials and welding engineer, involved in engineering consulting, quality management, research, training and project management. Matthew is a University of Alberta graduate BSc (Materials Engineering) and MSc (Welding Engineering).
Matthew is the president of MattCo Engineering Solutions Inc. and supports the energy, fabrication, and construction sectors. Matthew is an Assistant Adjunct Professor at the University of Alberta and Chair of the Alberta Welder Optimization Committee (AWOC) and is active in code committees and local technical societies.