Tool and Manufacturing Engineers Handbook: Forming
Society of Manufacturing Engineers, Dec 10, 1984 - Technology & Engineering - 955 pages
You'll rely on Forming to help you understand over 50 forming processes plus the advantages, limitations, and operating parameters for each process. Save valuable production time and gain a competitive edge with practical data that covers both the basics and advanced forming processes. Forming also helps you choose the most appropriate materials, utilize innovative die designs, and assess the advantages and limitations of different press types and processes.
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DRAWING EXTRUDING AND UPSETTING
SPECIAL FORMING METHODS
15 positive ability Rate Smoke air jet Dry ance ability Rate ance Optimum Fines antimony beryllium bismuth carbide Clearance deg carbide HSS HSS CMfgE cobalt Cooling Dry cured Degree of Collaps Drilling Milling Reaming Ease of Moisture edition finer Medium Low Flywheel Force Required forming technology Furan G G F G G G G G M G gage gage gage H H H H Phenolic high Medium in.-tons ipr Fast Iron linear lubricants m/min Manufacturing Engineers manufacturing technology Medium Medium Medium to high metal thickness Mild Steel mm/rev negative nickel Oxides particle Plastics Sawing Circular Point Angle deg powder Limited Powder Metallurgy Punching Rake deg Set Slight Slight shear strength Sheet Metal Forming smooth Fast Society of Manufacturing Sodium silicate Speed out ance Speed sfm Strip ance Optimum Swaging TABLE tective Gas Degree THERMOSETTING Tool HSS Usually 100 mesh V-Die vapor Dry vapor vapor vapor volume