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ASM – MILWAUKEE CHAPTER
SPRING EDUCATIONAL SEMINAR
Metallurgy of Steel for the Non-Metallurgist
http://asm-milwaukee.org/
Dates: Five Consecutive Wednesday Evenings
Starting March 25, 2015 (pending location)
Time: 6:00 – 9:00 pm
3 CEUs (see website for details)
Location: University of Wisconsin-Milwaukee
Engineering and Mathematical Sciences Bldg.
3200 N Cramer St
Milwaukee WI 53211
Room E225
Steel is, technologically and economically, the most important of all materials. Understanding the
metallurgy involved in making steel, in shaping it by hot or cold processes, in welding it, and in
heat-treating it to develop any of the extraordinarily diverse combinations of strength, hardness,
toughness, and ductility available is essential to successful manufacturing and construction. This
course teaches the basics and delves into some of the more advanced topics critical to steel
fabrication.
Course Outline:
1
Pure Iron
2
Solutions & Phase Diagrams
3
Steel and Fe-C Phase Diagram
4
Various Microstructures of Room Temp Steel
5
Mechanical Properties
6
The Low-Alloy AISI Steels
7
Diffusion
8
Control of Grain Size by Heat Treat & Forging
9
Hardenability of Steel
10
Tempering
11
Austenitization
12
Quenching
13
Stainless Steels
14
Tool Steels
15
Solidification
16
Cast Irons
17
Surface Hardening Treatment of Steels
Enrollment deadline: March 18th, 2015
OPTION 1: Mail registration and fee to:
Jim Schwaegler
ASM Milwaukee Chapter
12965 Myrtle Avenue
Brookfield, WI 53005
Make checks payable to:
ASM International – Milwaukee Chapter
OPTION 2:
Online:
Pay/register on-line through
asm-milwaukee.org
For more information:
David Kalchbrenner
Mercury Marine
920-929-5813
[email protected]
Who Should Enroll: Anyone who needs a working understanding of steels and their applications, those with no
previous formal training in metallurgy, Laboratory and Technical Sales personnel, Engineers from disciplines other
than Materials Science/Metallurgy, Materials Engineers needing a refresher, Management and Supervision.
ASM Milwaukee Chapter – Spring 2015, Metallurgy of Steel for the Non-Metallurgist
Name: __________________________________
Email: _________________________________________
Title: ___________________________________
ASM Member No.: ________________________________
Company: ___________________________________________________________________________________
Address: ____________________________________________________________________________________
City/State/Zip: _____________________________________________
Phone: _______________________
Price When this course is taught at Materials Park in Ohio, the price is $1391 for non-members and $1228 for members. When transportation
and hotel expenses are added, the course in Milwaukee is truly a cost-effective choice. Not only do you get the class for a great price, but one
year of ASM membership is included in the course fee (a $117 value)! Take advantage of this outstanding opportunity!
The current fee to become an ASM International Member is $117, including a free handbook only available to new members! If interested in joining
the organization, please visit:
http://www.asminternational.org/membership/join
Qty.
_____ $500 – Employees of Sustaining Members (ATI Ladish, Material Interface, MetalTek, Rexnord, AO Smith,
Advanced Metal Treating, Anderson Laboratories, Aspen Consulting, Heat Treating Engineers,
Mercury Marine, Metallurgical Associates, Inc., Olympus Scientific Solutions, Quant, Rockwell
Automation, Thermet, Thomas Industrial Services)
_____ $550 – Current ASM members
_____ $600 – Non-members
_____ $250 – Students/retirees/members between jobs
Total
Qty
Total
Cost
_____ __________
Pay/register online:
(asm-milwaukee.org)
LEARNING OBJECTIVES
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Discuss how steels are made and why they behave as they do
Describe how steels can be given a wide variety of mechanical properties by heat treatment
Explain why steels are alloyed to offer improved properties and what can be expected
Assess how steels can be shaped
Describe how steels need to be welded to provide optimum properties
Determine why steels corrode and how their corrosion resistance can be improved
3.0 CEU's