Msci 301 Students, 
 
Attached below is web page from the Metal Powder Industries Federation
at URL http://www.mpif.org/other_info/student.html .  Please read sections II
through V carefully.  This should take about 20-30 minutes.  If there are any
questions let me know. 
 
The manufacture of powdered metals is in some cases a useful alternative to
the casting of molten metal (into large ingots or billets) which was discussed
in class Wednesday.  Powdered metals can be pressed into various shapes and
"sintered" in a furnace to form dense metal parts for a variety of purposes.
 
Our text does not mention this topic, but it is of considerable commercial
importance.  If you think this may not be relevant to you, note that "Americans
consume almost one million kg of iron powder annually in iron-enriched cereals
and bread."
 
Regards, Peter Loos
=========================================================

Student Information

I.                    APMI International
A.     What is APMI International
B.     Student Membership and Services
 
II.                 Powder Metallurgy
A.     What Is Powder Metallurgy and Why Is It Used?
B.     Design
C.     Key Steps In Powder Metallurgy Processing
1.      Manufacture of Metal Powders
2.      Compaction
3.      Sintering
4.      Secondary Operations
D.     Alternative Powder Metallurgy Processing Methods
1.      Metal Injection Molding
2.      Powder Forging
3.      Hot Isostatic Pressing

III.               Competitive Processes

IV.              Powder Metallurgy Applications and Markets/Industries

V.                 The Future of Powder Metallurgy

VI.              What is the Metal Powder Industries Federation (MPIF) and How Does It Relate to the Powder Metallurgy Industry?

VII.            Benefits for Students
A.     Meetings, Seminars & Conferences
B.     Employment Opportunities
C.     Metallography Contest
D.     Scholarships

VIII.         Recommended References

IX.              Universities Involved in Powder Metallurgy