Implementation of Metal Casting Best Practices - EERE - U.S. ...

Renewable Energy, Industrial Technologies Program, Metal Casting Portfolio, Washington DC, November 2005,
pg. 12.
56
Data was gathered by Lost Foam Foundry – 1.
57
Kwon, Ji Yea; Choate, William; Naranjo, Robert, Advanced Melting Technologies: Energy Saving Concepts and
opportunities for the Metal Casting Industry U.S Department of Energy, November 2005, pg. 18.
58
O’Shaughnessy, Kevin “Finding a Niche with Lost Foam” Modern Casting, American Foundry Society,
Schaumburg Il, December 2004, pg. 37.
59 th
Henderson, Charles The Economics of Air Drying, 37 National Conference on Fluid Power, Chicago, IL October
1981, pg. 1.
60 Spada, Alfred T. “A look at Pressurized Lost Foam Casting,” Engineered Casting Solutions, American Foundry
Society, Des Plaines Fall 2001, pg 24.
61 Personnel communication with foundry Management on November 29, 2005.
62 SECAT, SSM: A Solid Option for Lightweight Aluminum Parts,
http://www.secat.net/answers_view_article.php?article=SSM_A_Solid_Option_for_Lightweight_Aluminum_Part
s.html accessed on 10/17/2006
63 Schleg, Fred P., Technology of Metalcasting, American Foundry Society, Des Plaines, IL, 2003, pg. 328.
64 Kwon, Ji Yea; Choate, William; Naranjo, Robert, Advanced Melting Technologies: Energy Saving Concepts and
Opportunities for the Metal Casting Industry, U.S. Department of Energy, Office of Energy Efficiency and
Renewable Energy, Industrial Technologies Program, Metal Casting Portfolio, Washington DC, November 2005,
pg. 10.
65 Ibid
66 Ibid. pg i.
67 Schleg, Fred P., Technology of Metalcasting, American Foundry Society, Des Plaines, IL, 2003, pg. 328.
68 Aluminum: Technology, Applications, and Environment. A Profile of a Modern Metal, by Dietrich G. Altenpohl.
The Aluminum Association, Inc. Washington, D.C., 1998, pg. 429.
69 http://www.ferralloy.com/casting-glossary.htm accessed on 12/10/2006.
70 http://www.ferralloy.com/casting-glossary.htm accessed on 12/10/2006.
71 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 17.
72 Technology of Metalcasting; Fred P. Schleg; The American Foundry Society, 2003, pg. 323.
73 Ibid. pg. 324.
74 Ibid. pg. 325.
75 Ibid. pg. 325.
76 Ibid. pg. 325.
77 Technology of Metalcasting; Fred P. Schleg; The American Foundry Society, 2003, pg. 326.
78 www.stainless-steel-world.net/glossary/a_index.asp accessed on 12/10/2006.
79 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 39.
80 Technology of Metalcasting; Fred P. Schleg; The American Foundry Society, 2003, pg. 327.
81 Ibid.
82 http://www.merriam-webster.com/dictionary/fluidized+bed accessed on 12/10/2006.
83 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 41.
84 Technology of Metalcasting; Fred P. Schleg; The American Foundry Society, 2003, pg. 328.
85 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 44.
86 Ibid. pg. 48.
87 Technology of Metalcasting; Fred P. Schleg; The American Foundry Society, 2003, pg. 328.
88 http://www.ferralloy.com/casting-glossary.htm accessed on 12/10/2006.
89 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 56.
90 http://www.ferralloy.com/casting-glossary.htm accessed on 12/10/2006.
91 http://www.merriam-webster.com/dictionary/Metrology.
92 Technology of Metalcasting; Fred P. Schleg; The American Foundry Society, 2003, pg. 331.
93 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 67.
94 Dictionary of Die Casting Terms, North American Die Casting Association, 1998, pg. 72.
95 Ibid. pg. 333.
96 Ibid. pg. 334.
97 Ibid.
98 Ibid.
97