Milling Force Modeling for Ti-5Al-5Mo-5V-1Cr-1Fe Alloy
p.539
p.539
Cutting Parameters Optimization by Fuzzy Synthetic Evaluation and BP Neural Network in Milling Aluminum Alloy
p.543
p.543
An Investigation of the Wear Mechanism for Carbide Tools in Face Milling the Ti-5Al-4.75Mo-4.75V-1Cr-1Fe Alloy
p.547
p.547
Machinability Evaluation of the Finish Hard Turning α+β Titanium Alloys
p.551
p.551
Optimization of Twist Drill’s Geometry for Cast Iron
p.555
p.555
Force and Temperature in Dry Cutting of Hardened W18Cr4V with PCBN
p.559
p.559
The Application of FEM in Micro-Cutting and The Study of Key Technique
p.564
p.564
Ant Colony Algorithm and its Applications to Optimization of PID Parameters
p.568
p.568
Effect of Tool Coating on High Speed Milling Microwave Printed Circuit Board
p.572
p.572
Optimization of Twist Drill’s Geometry for Cast Iron
Abstract:
A new special drill is developed for iron cast drilling. The special drill has double point angle and 0°chisel rake angle which can decrease cutting force, tool wear and cutting temperature. Drilling performance is evaluated by trust force, torque, tool wear. The results indicate that new special drill is suitable for iron cast drilling with small cutting force and long tool life.
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Periodical:
Key Engineering Materials (Volumes 431-432)
Pages:
555-558
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Online since:
March 2010
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© 2010 Trans Tech Publications Ltd. All Rights Reserved
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