Fundamental Manufacturing Processes: Cutting Tool Materials
Produced By Society of Manufacturing Engineers 
Program Outline
CUTTING TOOL MATERIALS INTRODUCTION
TOOL MATERIALS INTRODUCTION
Tool material quality trade-offs, Development of cutting tool materials, High
speed steel tools, High speed steel grades & categories, Powder metallurgy
high speed steel, High speed steel coatings, Carbide tool materials, Cemented
carbide categories, Carbide property variables, Carbide tool types, Carbide
insert grades, Carbide ANSI identification system, Coated carbide tools, Carbide
coating processes, Ceramic tool materials, Alumina-based ceramics, Silicon nitride-based
ceramics, Whisker reinforced ceramics, Cermet tools, Super hard tool materials,
Cubic boron nitride, Polycrystalline diamond, Diamond coated inserts
TOOL FAILURE MODES INTRODUCTION
Edge/flank wear, Cratering, Chipping, Built-up edge, Deformation, Thermal cracking,
Notching,
REVIEW OF VIDEOTAPE INFORMATION
Study Guide
A PDF version of the video's
study guide.
Abstract
Because of the wide variety of machining applications, there is a need for diverse
cutting tool materials. The development of tool materials establishes the content
flow of this videotape, beginning with high speed steel tools. Carbide, including
it's property variables, types, grades and coatings follows high speed steel;
and makes-up the largest portion of this video program. Afterwards, ceramic,
cermet, and superhard materials like cubic boron nitride and polycrystalline
diamond are each featured. Tool failure modes such as cratering, deformation
and notching are also examined.
Product Information
1997, 25 Minute Video Tape
Sample Video Clip (size = 1.48 mb)
Note: This avi clip plays best on Microsoft's Windows Media Player
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