ScholarWorks@Korea University: Koh, Young Hag

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Koh, Young Hag (고영학)

Graduate School (Department of Bioengineering)

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Tel 02-3290-5653
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Mechanical properties:24||Porosity:19||Biomedical applications:14||Biomaterials:12||Hydroxyapatite:8||Additive manufacturing:8||Metals and alloys:8||Porous ceramics:7||Extrusion:7||Apatite:6||Magnesium:6||Titanium:6||Suspensions:6||biocompatibility:5||Poly(epsiloncaprolactone):5||Strength:5||3D printing:5||Silica xerogel:5||Photopolymerization:5||Freeze casting:5||Biocompatibility:5||Titanium (Ti):5||Porous:4||Phase separation:4||biodegradation:4||Al2O3:4||hydroxyapatite:4||Ceramics:4||freeze casting:4||Porous materials:4||mechanical properties:3||magnesium:3||additive manufacturing:3||Bone scaffold:3||Bioactivity:3||Porous structure:3||corrosion:3||Calcium phosphate:3||digital light processing:3||Nanocomposites:3||BMP2:3||Polymers:3||Porogen:2||hydroxyapatite coating:2||Microspheres:2||scaffold:2||titanium:2||dental crowns:2||Microporous filament:2||poly(epsiloncaprolactone):2||Solid freeform fabrication:2||porous:2||Hard tissue engineering:2||silica:2||Composite materials:2||Hydroxyapatite coating:2||Sputtering:2||Composite:2||composite:2||Hybrid:2||bone regeneration:2||Scaffold:2||guided bone regeneration:2||Solgel preparation:2||Chitosan:2||Dualscale porosity:2||in vitro bioactivity:2||porous ceramics:2||Microstructure:2||Powder technology:2||Biodegradable:2||zirconia:2||porogen:2||Porous scaffolds:2||porous scaffolds:2||collagen:2||hard tissue engineering:2||Polymer:2||silica xerogel:2||hybrid membrane:2||bioactive glass:2||Hydroxyapatite (HA):2||Biomimetic:2||Porous scaffold:2||hybrid coating:2||Porous metal:2||strength:2||porous structure:2||cytocompatibility:2||Metals:2||3D plotting:2||hierarchical pores:1||photocuring:1||in vitro test:1||biomedical applications:1||Bone tissue engineering:1||particlereinforced composites:1||PEEK:1||titania nanotube:1||Polyetheretherketone:1||Poly(epsiloncaprolactone) (PCL):1||Space holder method:1||Pore:1||Bioactive glass:1||Microporous materials:1||Alumina:1||Hollow microsphere:1||Deposition:1||Bone substitute:1||Electrodeposition:1||Solgel chemistry:1||Poly(acrylic acid):1||Compressive strength:1||Bioengineering:1||Porous ceramic:1||Photocuring:1||warping:1||freezecasting:1||Nanofibrous:1||gelatin:1||Freezing:1||poly(Llactic acid):1||electrospinning:1||Controlled drug release:1||TiN coating:1||Hardness:1||Fibre technology:1||Coating:1||Hybrids:1||alumina:1||Uniform density:1||UV curingassisted 3D plotting:1||photopolymerization:1||Porous ceramic spheres:1||Crystallization:1||Hierarchical structure:1||Diluent:1||porous ceramic scaffolds:1||MAX phase:1||biomaterials:1||Porous surface:1||aligned pores:1||Mechanical testing:1||Hierarchical pores:1||flexibility:1||Spark plasma sintering:1||Tantalum:1||polymer:1||Bioactive glasses:1||Hybrid membrane:1||nanofiber:1||Microarc oxidation (MAO):1||Polystyrene:1||dense:1||Porous metal scaffold:1||sustainable drug release:1||functionally graded materials:1||adhesion:1||ceramic 3D printing:1||dual curing:1||interlayer delamination:1||Vat photopolymerization:1||Structural applications:1||Sustained drug release:1||coating:1||bone morphogenetic protein2:1||poly(dioxanone):1||Endothelial cell:1||Solgel synthesis:1||ebeam:1||Calcium phosphates:1||Guided bone regeneration:1||Issue 106:1||Ceramic 3D printing:1||Emulsion:1||Camphor:1||Ebeam coating:1||Biodegradable composite:1||Biodegradation:1||Hard tissue:1||in vitro:1||Zirconiatoughened alumina:1||solgel:1||Microarc oxidation:1||Polyetheretherketone (PEEK):1||Electrophoretic deposition (EPD):1||In vivo bone formation:1||bone tissue engineering:1||sacrificial templates:1||multiscale porous ceramic:1||acrylateepoxide slurry:1||Organicinorganic hybrid coating:1||Ti(2)AIN:1||corrosion resistance:1||polymers:1||metals:1||Mechanical tunability:1||Anodic oxidation:1||ebeam coatings:1||\ Porous calcium phosphate:1||CoCr substrates:1||anodization:1||microarc oxidation:1||Aligned pores:1||Apatite formation:1||Whiskers:1||Electrospinning:1||Coprecipitation:1||Sponge replication:1||Bone scaffolds:1||Living characteristic:1||Hierarchical porous ceramic:1||Polymer scaffold:1||Microporous structure:1||Freezing vehicle:1||calcium phosphate:1||firstprinciples calculations:1||extrusion:1||Powder metallurgy:1||powder processing:1||Chemical synthesis:1||Nanofibrous scaffolds:1||Foaming:1||Cytoskeleton:1||poly(ether imide):1||In vitro bioactivity:1||Biomaterial:1||Composites:1||Bone cements:1||polycaprolactone:1||Titanium oxide:1||Calcium phosphate spheres:1||Zirconia:1||Dental ceramics:1||Optical properties:1||Gradient pores:1||Microsphere:1||tissue regeneration:1||Protein delivery:1||poly(epsiloncaprolactone) interlayer:1||Complex shape:1||Differentiation:1||bone:1||Anodic titanium oxide:1||Ti coating:1||Poreforming agent:1||Photocationpolymerization:1||Cycloaliphatic epoxide:1||Camphene:1||

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