Fabrication of TiO2 by Rotating Horizontal Anodization and its CO2 Photoreduction Activity
p.160
p.160
Antiwear Behavior of CuO Nanoparticles as Additive in Bio-Based Lubricant
p.166
p.166
Quasi-Static Compressive Characteristics of Cu-Containing Closed-Cell Aluminum Foams
p.173
p.173
Semisolid Strip Casting of Aluminum Alloy by a Twin Roll Caster Equipped with a Channel Scraper
p.181
p.181
Effect of Casting Conditions on Fabrication of Lotus Type Holes in Ingot Cast by Core-Bar Pulling Method
p.187
p.187
The Removal of Impurity Silicon from Aluminum Melt by the Addition of K2TiF6
p.192
p.192
Effect of Boosting Velocity on Forming Quality of High-Strength TA18 Titanium Alloy Tubes in Numerical Control Bending
p.197
p.197
Vertical Wall on an Aluminum Alloy Plate Fabricated by Friction Stir Forming
p.202
p.202
Multi-Objective Optimization in Electrical Discharge Machining of 6061 Al/SiCp Using RSM and NSGA-II
p.207
p.207
Effect of Casting Conditions on Fabrication of Lotus Type Holes in Ingot Cast by Core-Bar Pulling Method
Abstract:
The conditions for casting ingots with lotus type through holes by a proposed core-bar pulling method were investigated. The impact of a hammer on a metal die effectively improved infiltration of molten metal into the space between the core bars. Prolonged rotation of the core bars lowered the temperature at which the bars could be pulled out.
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Info:
Periodical:
Key Engineering Materials (Volume 748)
Pages:
187-191
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Online since:
August 2017
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