VCPD359 - Practical Welding Technology (Virtual Classroom) has been added to your cart.

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Practical Welding Technology (Virtual Classroom)

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Location and Date

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Member Price
Jun 07-17th, 2021

23

$1595

$1595

Description Outline Instructor

Description

Length: days CEUs: PDHs:

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Course Schedule:
June Session: This course is offered over the following eight days June 7 -10 and 14-17, 2021, commencing at 9:30 AM and ending at 1:30 PM Eastern, each day, with breaks scheduled throughout,.

Notice: Enrollment closes up to 10 days in advance of when the course begins in order to accommodate shipping of course materials to learners.

This course is designed for the individual that needs to expand his/her core competence on the subject of welding. Designers, inspectors, managers, or welders with a need to understand the fundamentals of welding benefit from the practical aspects of welding technology offered here.

This course employs in-class exercises to reinforce class lectures on the subjects of welding and NDE symbols, carbon equivalence, A-numbers, strength of welds, joint details, welding procedures, selection of filler metals, and preheat.

Participants should bring a calculator and several pencils or a mechanical pencil to class.

Course Materials (Included in the price of the course)
A hard copy of the course presentation, a copy of Modern Welding Technology, 6^th Edition, and a copy of AWS A3.0 Standard Welding Terms will be shipped to each attendee.

You Will Learn to:

Explain welding terms and definitions
Specify various weld types and nondestructive testing using standard AWS welding symbols
Explain basic ferrous welding metallurgy
Describe post weld heat treatments, residual stresses, and distortion control
Evaluate welding processes typically used to fabricate pressure vessels and piping systems
Clarify the interrelationship between AWS, ASME, and API codes and standards as they relate to pressure vessels, piping systems, and related facilities
Explain welding procedure and performance qualification documentation and methodology applicable to pressure vessels and piping systems.
Identify common weld defects, causes, and corrective actions
Identify major considerations when designing a weld
Identify common NDT used to examine welds
Identify the elements of a cohesive welding program that includes design, purchasing, fabrication, inspections, and delivery

Who Should Attend
Managers, engineers, production and maintenance staff, inspectors, welders and others who work with welding.

This ASME Virtual Classroom course is held live with an instructor on our online learning platform. Certificate of completion will be issued to registrants who successfully attend and complete the course.

Outline

Topics Covered

Chapter 1: Introduction
Chapter 2: Terms and Definitions
Chapter 3: Welding, Brazing and NDT Symbols
Chapter 4: Welding Metallurgy
- Chapter 4a: Practical Welding Problems
Dissimilar welds
Carbon steel

Chapter 5: Welding Processes

Chapter 6: Common Construction Codes – scope and applications
- AWS
- ASME
- API
Chapter 7: Procedure and Performance Qualification
- Welding Procedures
  - Prequalified WPS
  - Standard WPS
  - Qualified by testing
  - Mock-up
- Performance qualification
  - Qualified by testing

Chapter 8: Weld Discontinuities and Defects
Chapter 9: Designing Welds
- Complete joint penetration groove welds
- Partial joint penetration groove welds
- Fillet welds
- Fatigue
Chapter 10: Nondestructive Testing
- Qualification and certification of NDT personnel
- VT
- PT
- MT
- UT
- RT

Instructor

Albert J. Moore Jr. is a principle of Marion Testing & Inspection which has provided welding and NDT consulting services and third party inspections since 1989. His qualification include certifications as an AWS Senior Certified Welding Inspector with five endorsements, he is a NOCTI certified welding instructor, and he currently holds ASNT ACCP Professional NDT Level III certificates in four NDT test methods; RT, UT, MT, and PT. He has earned an AS in Civil Technology (steel design), a BS in Applied Science and Technology (Welding Technology), a MBA, as well as a Certificate of Professional Development from the Department of Welding Engineering of Ohio State University. As a welder with over forty years under the welding helmet, Al has been certified for the SMAW, GMAW, FCAW, GTAW, and SAW processes on aluminum, carbon steel, stainless steel, nickel alloy, and titanium. Albert is an adjunct instructor for the American Welding Society and the American Society of Mechanical Engineers. He is a member of the AWS Certification Committee and the AWS Committee for Methods of Inspection as well as several certification subcommittees and the subcommittees responsible for the Guide to Visual Inspection of Welds and the Welding Inspection Handbook.

Al is a contributing author for Inspection Trends, published quarterly by the AWS. In the 2011 authors competition, AZBEE selected his articles on the subjects of developing welding procedures, qualifying WPSs, qualifying welders, and destructive testing, published by Inspection Trends, for the Silver Award (2nd place), from a field of over 200 competing periodicals.