McCleary, 1984 - Google Patents

Cutting Tungsten Carbide With Wire EDM--From the Carbide Manufacturer's Point of View

McCleary, 1984

Document ID
6851562634601897917
Author
McCleary G
Publication year
Publication venue
Carbide Tool J.

External Links

Continue reading at scholar.google.com (other versions)

Similar Documents

Publication Publication Date Title
JPS57201121A (en) Metal cutting circular saw
McCleary Cutting Tungsten Carbide With Wire EDM--From the Carbide Manufacturer's Point of View
Wallbank Effect of EDM on material properties of die steels
JPS6420912A (en) Milling tool
Ramulu et al. Machining of Ceramic Composite TiB sub 2/SiC by Spark Erosion
JPS6464701A (en) Cutting tool with very hard compound sintered compact serving as cutting blade
JPS5294812A (en) Covered super hard throwaway tip
Busack et al. The Surface of Eroded Cemented Carbides
SE8901482D0 (en) TOOL FOR CUTTING SOLID MATERIAL
Leopold et al. Continuous Mechanics Studies of Metal Cutting
Dembeck Milling of High-Temperature Resistant, Corrosion Resistant Steels
Albert Carbide Cracking Conquered
Gerhard Application of Graphite Electrodes in Spark Eroding
Seidel Looking Ahead. Nation's Cutting Tool Manufacturers Are Eying New(and Old) Developments
Schulz et al. High Speed Milling of Copper Kneading Alloys
Senyukov The Effect of the Geometry of the Cutting Part(of a Tool) on Forces and Contact Loads at the Cutting Surface of Turning Tools
Klein Spark Erosive Cutting Using Continuous Wire--(No) Competition for Flame Cutting?
Dan'kin Manufacture of Cutting Tool by the Building Up Method
Grodzinskii Diamond Electrical-Discharge Machining of Non-Tungsten Hard Alloys
Baudin CERAMICS FOR METAL MACHINING. PT. 1. FAILURE TESTS AND BEHAVIOUR PARAMETERS
Buryak et al. Design of Cutting Tools Made of Composite Materials
Busack et al. Wear During Spark-Erosion Machining
Bormann Wire EDM Machining of Tungsten Carbide--a Special Challenge
Nelson New Ideas, Innovations and Materials to Improve EDM Efficiency
Gherghel et al. Total Optimization of the Main Working Parameters for Abrasive Electrochemical Grinding With Constant Pressure of Hard Sintered Alloys