Research on Coating Techniques of Locomotive Spring
p.816
p.816
Forward Slip and Backward Slip in Radial Ring Rolling Process
p.820
p.820
Microstructure and Microhardness Changes of 30CrMnSiA Steel Modified Surface Layers by Electrolyte-Plasma Processing
p.824
p.824
Research on Modeling and Simulation of Linearity Controlling in Gun Drill Machining
p.828
p.828
Selective Laser Melting Bone-Compatible Pure Titanium Porous Structure
p.833
p.833
The Preparation and Application of Special Performance Ornamental Alloy Coating on Plastic Substrate
p.837
p.837
Arrangement Characteristics and Wear Distribution of Wire Rope in Parallel Grooved Multi-Layer Winding
p.842
p.842
Effects of Annealing and Different Substrate Materials on Ohmic Contact Property of IGZO Films
p.846
p.846
Detecting Cold Weld Defects in HDPE Piping Thermal Fusion Welds Based on Microwave Technique
p.852
p.852
Selective Laser Melting Bone-Compatible Pure Titanium Porous Structure
Abstract:
In this paper the effect of selective laser melting (SLM) input energy density on densification behavior and tensile strengths of commercially pure (CP) titanium was investigated. Fully dense and high strength SLM CP titanium has been obtained. A complex bone-compatible tetrakaidecahedron based porous structure has been successfully SLM-fabricated with optimized laser parameters.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 423-426)
Pages:
833-836
Citation:
Online since:
September 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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