Machine Shop Training Course: A Comprehensive Treatise on Machine Shop Practice ...Industrial Press, 1951 - Machine-shop practice |
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Page 111
... Diagram A , Fig . 6 , shows how an end - mill might be used for milling a raised pad or surface on the side of a casting . As the diagram shows , end - mills have cutting teeth along the cylindrical body as well as at the end , and , in ...
... Diagram A , Fig . 6 , shows how an end - mill might be used for milling a raised pad or surface on the side of a casting . As the diagram shows , end - mills have cutting teeth along the cylindrical body as well as at the end , and , in ...
Page 118
... diagram B , Fig . 11 . Several advantages are claimed for climb - cut milling , as- suming that conditions are favorable to its application . One important advantage cited is that the cutter life is increased and at the same time higher ...
... diagram B , Fig . 11 . Several advantages are claimed for climb - cut milling , as- suming that conditions are favorable to its application . One important advantage cited is that the cutter life is increased and at the same time higher ...
Page 130
... diagram A in the starting position . Diagram B illustrates how it is moved outward to obtain the required depth of cut ; then , as the cutter continues to revolve , it also has a planetary movement as indicated by diagram C. In other ...
... diagram A in the starting position . Diagram B illustrates how it is moved outward to obtain the required depth of cut ; then , as the cutter continues to revolve , it also has a planetary movement as indicated by diagram C. In other ...
Contents
Principles Underlying All MetalCutting Operations | 11 |
Cutting External Screw Threads with Dies | 15 |
Forming Screw Threads by Milling and Grinding | 33 |
Copyright | |
19 other sections not shown
Common terms and phrases
abrasive adjusted amount angular applied arbor attachment automatic axis bevel gear broaching broaching machines cast cast iron change-gears chasers chuck circular pitch clamped classes clearance crank cutting edge cylindrical depth designed diagram diametral pitch dividing-head driving end-mill equal example face feed-screw feeding movement fixture flat flutes formed cutter gage gear blank gear cutting gear teeth grinding machine grinding wheel groove ground hardening heated helical gear helix angle high-speed steel holes horizontal illustrated inch index-head indexing movement internal grinding lathe lead Machinery Fig metal method milling cutter milling machine move number of teeth obtained operation pitch diameter planing planing tool plate position pressure angle rack radial reamer revolution revolving roll rotation roughing screw thread shape shown in Fig side slide speed spindle spur gear stroke surface taper temperature templet tion tool tool steel tooth space tooth-rest traversed turn vertical width worm worm-gear