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Continuous path planning for functionally gradient hollowed tissue scaffolds
A. K.M.B. Khoda
,
Ibrahim T. Ozbolat
, Bahattin Koc
Engineering Science and Mechanics
Center for Neural Engineering
Department of Neurosurgery
Cancer Institute, Mechanisms of Carcinogenesis
Penn State Cancer Institute
Research output
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peer-review
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Keyphrases
Pore Size
100%
Tissue Scaffolds
100%
Functionally Gradient Materials
100%
Tool Path
100%
Three-dimensional (3D)
50%
Porosity
50%
Fabrication Methods
50%
Zigzag
50%
Proposed Methodology
50%
Tissue Engineering
50%
Biological Properties
50%
Scaffold Fabrication
50%
Path Plan
50%
Solid Freeform Fabrication
50%
Material Deposition
50%
Deposition Path Planning
50%
Gradient Porosity
50%
Planning Methodology
50%
Circular Pattern
50%
Engineering
Path Planning
100%
Porosity
100%
Scaffold Fabrication
33%
Layered Manufacturing
33%
Biological Property
33%
Tissue Regeneration
33%