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MATE 481/681 - Fundamentals of Welding

Author

Professor Patricio Mendez

Published

2024

Introduction

Welcome to MATE 481/681. This is an engineering course in which we aim at introducing students to the fundamental aspects of welding engineering in the best possible way: in front of the actual equipment. The course has a significant lab demonstration component.

After completing this course students should master the concepts related to a vast variety of welding processes, the laws of nature on which they operate, related materials issues, and the practical implications of the new concepts learned, including the writing of a welding procedure.

The TAs and I have prepared this course with much love and effort. This course has been much appreciated by students over many years now. We hope that in addition to learning much, you’ll also have an enjoyable experience.

Thank you for choosing to take this course!

NoteSyllabus

Syllabus 2024

Lecture series (2021)

Course materials

Introduction to Welding

Slides

Welding processes for aeronautics

Welding fundamentals

Semi-solid additive manufacturing

The welding of the Saturn V

The joy of welding


Concept of Joining

Slides

Zip fasteners

Ti6Al4V titanium alloy welded using concentrated solar energy

Rykalin using concentrated solar radiation for welding metals


Safety

Slides

Lincoln Safety E205

Laser safety manual

Safety in welding, cutting, and allied processes


Welding terminology

Slides

Lincoln Welding Fillet Positions

Weld discontinuities

Lincoln Weld Joints and Symbols

Weld imperfections and preventative measures

Lincoln Pipe Welding Position

Lincoln Parts of a Weld

Weld positions international


Welding Symbols

Slides


Welding Processes Arc

Strip cladding Lincoln

SMAW Miller

SAW Lincoln

Strip cladding ESAB

SAW Miller

SMAW Lincoln 2011

SMAW Lincoln 2014

GTAW Miller

FCAW Lincoln

PTAW Eutectic

FCAW Bohler

GMAW Lincoln

GMAW Miller


Welding Processes Beam

Slides


Welding Electric Resistance

Slides


Welding Processes Solid State

Slides


Welding Processes Chemical

Slides


Welding Processes Brazing Soldering

Slides


Naming Welding Consumables

Slides

aws classification Hobart

Lesson3

aws classification Lincoln


Fluxes and Slags

Slides


Common Welding Procedures

Slides


Basics of Carbon Steel

Slides


Prediction of Hardness

Slides

hintze19 hardness models steel

Carbon Equivalent Wesley Wang


Steel Weld Microstructures

Slides

IIW IX-1533-88 Guide to microscopy

thewlis04


Heat Affected Zone

Slides


Basics of Stainless Steels

Slides

Lincoln Guide Stainless Steels

avesta

GMAW of Stainless Steel (P-8137A)


Welding Arc

Slides

Handout


Voltage in Arc Welding

Slides

sokolov70 DETERMINING THE INTRINSIC INDUCTANCE OF RECTILINEAR CONDUCTORS

Calculator for Impedance of a Round Straight Wire

[https://drive.google.com/file/d/16H3pK09GJClR1rT3B1xwn7363M2Yxq9j/view?usp=sharing)

Selecting the Proper Size Welding Cables

G3YNH info Components and Materials Part 1


Metal Transfer

Slides


Deposition Rate in Arc Welding

Slides

DAW Deposition Rate in Arc Welding


Mass Balance

Slides


Welding Efficiencies

Slides


Temperature in Welding

Slides

wang19 thick 2

lu20 thin 2

lu20 thin 1

mendez18 thick 1


Weld Pool

Slides


Design Considerations

Slides


Dimensioning Fillet Welds

Slides


Residual Stress in Weldments

Slides


Non-Destructive Testing

Slides


Weld Overlays for Wear

Slides

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Contact Information
Professor Patricio Mendez

Room CME L1-108
University of Alberta
116 Street NW - 85 Avenue
Edmonton, AB T6G 2R3 Canada

Department of Chemical and Materials Engineering
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University of Alberta