PUBLICACIÓN

Bioinspired channeled, rhBMP-2-coated β-TCP scaffolds with embedded autologous vascular bundles for increased vascularization and osteogenesis of prefabricated tissue-engineered bone

ACCEDER A LA PUBLICACIÓN: Scopus

Zhou M.; Yang X.; Li S.; Kapat K.; Guo K.; Perera F.H.; Qian L.; Miranda P.; Che Y.

2021 Materials Science and Engineering C

Bioengineering (Q1), Biomaterials (Q1), Condensed Matter Physics (Q1), Materials Science (miscellaneous) (Q1), Mechanical Engineering (Q1), Mechanics of Materials (Q1)

JCR: 8.457

SJR: 1.191

CITAS

17

DOI

10.1016/j.msec.2020.111389

EID

2-s2.0-85089894971

ISSN

0928-4931

EISSN

1873-0191

AUTORES DE LA UEX

Pedro Miranda González

OTRAS PUBLICACIONES DE INTERÉS

Controlled Preparation And Characterization Of Multilayer Sol-Gel Zirconia Dip-Coatings
The Impact Of Cyclic Oxidation In Dissociated Air On The Mechanical Properties Of Freeze-Cast Zrb2/mosi2 Ceramics
Processing Of Novel Zrb2-Inconel 718 Cermets By Freeze Casting And Pressureless Spark Plasma Sintering
The Impact Of Cyclic Oxidation In Dissociated Air On The Mechanical Properties Of Freeze-Cast Zrb2/mosi2 Ceramics
Processing Of Novel Zrb2-Inconel 718 Cermets By Freeze Casting And Pressureless Spark Plasma Sintering
Production Of Complex Microchanneled Parts Of Zrb2-Mosi2 Ultra-High Temperature Ceramics By Freeze Casting And Pressureless Spark Plasma Sintering
Processing Of Novel Zrb2-Inconel 718 Cermets By Freeze Casting And Pressureless Spark Plasma Sintering
Production Of Complex Microchanneled Parts Of Zrb2-Mosi2 Ultra-High Temperature Ceramics By Freeze Casting And Pressureless Spark Plasma Sintering
Improving The Mechanical Performance Of Porous Ice-Templated Bioactive Scaffolds Through The Incorporation Of Additively Manufactured Reinforcement Frames
Production Of Complex Microchanneled Parts Of Zrb2-Mosi2 Ultra-High Temperature Ceramics By Freeze Casting And Pressureless Spark Plasma Sintering
Improving The Mechanical Performance Of Porous Ice-Templated Bioactive Scaffolds Through The Incorporation Of Additively Manufactured Reinforcement Frames
Fabrication And Characterization Of 3d-Printed Antibacterial Bioactive Glass /polycaprolactone Nanocomposite Scaffolds
Improving The Mechanical Performance Of Porous Ice-Templated Bioactive Scaffolds Through The Incorporation Of Additively Manufactured Reinforcement Frames
Fabrication And Characterization Of 3d-Printed Antibacterial Bioactive Glass /polycaprolactone Nanocomposite Scaffolds
Improving The Strength Of Β-Tcp Scaffolds Produced By Digital Light Processing Using Two-Step Sintering
Fabrication And Characterization Of 3d-Printed Antibacterial Bioactive Glass /polycaprolactone Nanocomposite Scaffolds
Improving The Strength Of Β-Tcp Scaffolds Produced By Digital Light Processing Using Two-Step Sintering
The Oxidation Of Zrb2/mosi2 Ceramics In Dissociated Air: The Influence Of The Elaboration Technique
Improving The Strength Of Β-Tcp Scaffolds Produced By Digital Light Processing Using Two-Step Sintering
The Oxidation Of Zrb2/mosi2 Ceramics In Dissociated Air: The Influence Of The Elaboration Technique
On The Suitability Of Photocuring-Assisted Diw For Manufacturing Complex Prosthesis From Commercial Dental Composites
The Oxidation Of Zrb2/mosi2 Ceramics In Dissociated Air: The Influence Of The Elaboration Technique
On The Suitability Of Photocuring-Assisted Diw For Manufacturing Complex Prosthesis From Commercial Dental Composites
Evaluating The Suitability Of Fast Sintering Techniques For The Consolidation Of Calcium Phosphate Scaffolds Produced By Dlp
On The Suitability Of Photocuring-Assisted Diw For Manufacturing Complex Prosthesis From Commercial Dental Composites
Evaluating The Suitability Of Fast Sintering Techniques For The Consolidation Of Calcium Phosphate Scaffolds Produced By Dlp
Applicability Of Near-Field Electrospinning For The Development Of Tcp-Based Thin Fibres And Scaffold 3d Printing
Evaluating The Suitability Of Fast Sintering Techniques For The Consolidation Of Calcium Phosphate Scaffolds Produced By Dlp
Applicability Of Near-Field Electrospinning For The Development Of Tcp-Based Thin Fibres And Scaffold 3d Printing
Impact Of Residual Carbon After Dlp And Sps-Sintering On Compressive Strength And In-Vitro Bioactivity Of Calcium Phosphate Scaffolds
Applicability Of Near-Field Electrospinning For The Development Of Tcp-Based Thin Fibres And Scaffold 3d Printing
Impact Of Residual Carbon After Dlp And Sps-Sintering On Compressive Strength And In-Vitro Bioactivity Of Calcium Phosphate Scaffolds
Novel Bioinspired Composites Fabricated By Robocasting For Dental Applications
Impact Of Residual Carbon After Dlp And Sps-Sintering On Compressive Strength And In-Vitro Bioactivity Of Calcium Phosphate Scaffolds
Novel Bioinspired Composites Fabricated By Robocasting For Dental Applications
Co-Continuous Calcium Phosphate/polycaprolactone Composite Bone Scaffolds Fabricated By Digital Light Processing And Polymer Melt Suction
Novel Bioinspired Composites Fabricated By Robocasting For Dental Applications
Co-Continuous Calcium Phosphate/polycaprolactone Composite Bone Scaffolds Fabricated By Digital Light Processing And Polymer Melt Suction
Using Ductile Cores For Enhancing The Mechanical Performance Of Hollow Strut Β-Tcp Scaffolds Fabricated By Digital Light Processing
Co-Continuous Calcium Phosphate/polycaprolactone Composite Bone Scaffolds Fabricated By Digital Light Processing And Polymer Melt Suction
Using Ductile Cores For Enhancing The Mechanical Performance Of Hollow Strut Β-Tcp Scaffolds Fabricated By Digital Light Processing
Evaluation Of Direct Light Processing For The Fabrication Of Bioactive Ceramic Scaffolds: Effect Of Pore/strut Size On Manufacturability And Mechanical Performance
Using Ductile Cores For Enhancing The Mechanical Performance Of Hollow Strut Β-Tcp Scaffolds Fabricated By Digital Light Processing
Evaluation Of Direct Light Processing For The Fabrication Of Bioactive Ceramic Scaffolds: Effect Of Pore/strut Size On Manufacturability And Mechanical Performance
Prefabricated 3d-Printed Tissue-Engineered Bone For Mandibular Reconstruction: A Preclinical Translational Study In Primate
Evaluation Of Direct Light Processing For The Fabrication Of Bioactive Ceramic Scaffolds: Effect Of Pore/strut Size On Manufacturability And Mechanical Performance
Prefabricated 3d-Printed Tissue-Engineered Bone For Mandibular Reconstruction: A Preclinical Translational Study In Primate
Bioinspired Channeled, Rhbmp-2-Coated Β-Tcp Scaffolds With Embedded Autologous Vascular Bundles For Increased Vascularization And Osteogenesis Of Prefabricated Tissue-Engineered Bone
Prefabricated 3d-Printed Tissue-Engineered Bone For Mandibular Reconstruction: A Preclinical Translational Study In Primate
Bioinspired Channeled, Rhbmp-2-Coated Β-Tcp Scaffolds With Embedded Autologous Vascular Bundles For Increased Vascularization And Osteogenesis Of Prefabricated Tissue-Engineered Bone
Elastic Modulus Of Woven Bone: Correlation With Evolution Of Porosity And X-Ray Greyscale
Bioinspired Channeled, Rhbmp-2-Coated Β-Tcp Scaffolds With Embedded Autologous Vascular Bundles For Increased Vascularization And Osteogenesis Of Prefabricated Tissue-Engineered Bone
Elastic Modulus Of Woven Bone: Correlation With Evolution Of Porosity And X-Ray Greyscale
Development By Robocasting And Mechanical Characterization Of Hybrid Ha/pcl Coaxial Scaffolds For Biomedical Applications
Elastic Modulus Of Woven Bone: Correlation With Evolution Of Porosity And X-Ray Greyscale
Development By Robocasting And Mechanical Characterization Of Hybrid Ha/pcl Coaxial Scaffolds For Biomedical Applications
Novel Strategy For Toughening Robocast Bioceramic Scaffolds Using Polymeric Cores
Development By Robocasting And Mechanical Characterization Of Hybrid Ha/pcl Coaxial Scaffolds For Biomedical Applications
Novel Strategy For Toughening Robocast Bioceramic Scaffolds Using Polymeric Cores
Bioceramic Scaffolds Fabrication: Indirect 3d Printing Combined With Ice-Templating Vs. Robocasting
Novel Strategy For Toughening Robocast Bioceramic Scaffolds Using Polymeric Cores
Bioceramic Scaffolds Fabrication: Indirect 3d Printing Combined With Ice-Templating Vs. Robocasting
Reinforcing 13–93 Bioglass Scaffolds Fabricated By Robocasting And Pressureless Spark Plasma Sintering With Graphene Oxide.
Bioceramic Scaffolds Fabrication: Indirect 3d Printing Combined With Ice-Templating Vs. Robocasting
Reinforcing 13–93 Bioglass Scaffolds Fabricated By Robocasting And Pressureless Spark Plasma Sintering With Graphene Oxide.
Bioinspired Composite Segmented Armour: Numerical Simulations
Reinforcing 13–93 Bioglass Scaffolds Fabricated By Robocasting And Pressureless Spark Plasma Sintering With Graphene Oxide.
Bioinspired Composite Segmented Armour: Numerical Simulations
A Simple Graphite-Based Support Material For Robocasting Of Ceramic Parts
Bioinspired Composite Segmented Armour: Numerical Simulations
A Simple Graphite-Based Support Material For Robocasting Of Ceramic Parts
Enhancing The Mechanical And In Vitro Performance Of Robocast Bioglass Scaffolds By Polymeric Coatings: Effect Of Polymer Composition
A Simple Graphite-Based Support Material For Robocasting Of Ceramic Parts
Enhancing The Mechanical And In Vitro Performance Of Robocast Bioglass Scaffolds By Polymeric Coatings: Effect Of Polymer Composition
Elucidating The Role Of 45s5 Bioglass Content In The Density And Flexural Strength Of Robocast Β-Tcp/45s5 Composites
Enhancing The Mechanical And In Vitro Performance Of Robocast Bioglass Scaffolds By Polymeric Coatings: Effect Of Polymer Composition
Elucidating The Role Of 45s5 Bioglass Content In The Density And Flexural Strength Of Robocast Β-Tcp/45s5 Composites
Fabricating Geometrically-Complex B4c Ceramic Components By Robocasting And Pressureless Spark Plasma Sintering
Elucidating The Role Of 45s5 Bioglass Content In The Density And Flexural Strength Of Robocast Β-Tcp/45s5 Composites
Fabricating Geometrically-Complex B4c Ceramic Components By Robocasting And Pressureless Spark Plasma Sintering
Effect Of The Drying Process On The Compressive Strength And Cell Proliferation Of Hydroxyapatite-Derived Scaffolds
Fabricating Geometrically-Complex B4c Ceramic Components By Robocasting And Pressureless Spark Plasma Sintering
Effect Of The Drying Process On The Compressive Strength And Cell Proliferation Of Hydroxyapatite-Derived Scaffolds
Case Study: Reinforcement Of 45s5 Bioglass Robocast Scaffolds By Ha/pcl Nanocomposite Coatings
Effect Of The Drying Process On The Compressive Strength And Cell Proliferation Of Hydroxyapatite-Derived Scaffolds
Case Study: Reinforcement Of 45s5 Bioglass Robocast Scaffolds By Ha/pcl Nanocomposite Coatings
Mechanical Characterization Via Nanoindentation Of The Woven Bone Developed During Bone Transport
Case Study: Reinforcement Of 45s5 Bioglass Robocast Scaffolds By Ha/pcl Nanocomposite Coatings
Mechanical Characterization Via Nanoindentation Of The Woven Bone Developed During Bone Transport
Reinforcement With Reduced Graphene Oxide Of Bioactive Glass Scaffolds Fabricated By Robocasting
Mechanical Characterization Via Nanoindentation Of The Woven Bone Developed During Bone Transport
Reinforcement With Reduced Graphene Oxide Of Bioactive Glass Scaffolds Fabricated By Robocasting
Robocast 45s5 Bioglass Scaffolds: In Vitro Behavior
Reinforcement With Reduced Graphene Oxide Of Bioactive Glass Scaffolds Fabricated By Robocasting
Robocast 45s5 Bioglass Scaffolds: In Vitro Behavior
Biphasic Calcium Phosphate Scaffolds Fabricated By Direct Write Assembly: Mechanical, Anti-Microbial And Osteoblastic Properties
Robocast 45s5 Bioglass Scaffolds: In Vitro Behavior
Biphasic Calcium Phosphate Scaffolds Fabricated By Direct Write Assembly: Mechanical, Anti-Microbial And Osteoblastic Properties
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
Biphasic Calcium Phosphate Scaffolds Fabricated By Direct Write Assembly: Mechanical, Anti-Microbial And Osteoblastic Properties
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
Poly-(Lactic Acid) Infiltration Of 45s5 Bioglass® Robocast Scaffolds: Chemical Interaction And Its Deleterious Effect In Mechanical Enhancement
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
Poly-(Lactic Acid) Infiltration Of 45s5 Bioglass® Robocast Scaffolds: Chemical Interaction And Its Deleterious Effect In Mechanical Enhancement
Two Different Techniques Used In The Production Of Foam Structures: 3d Printing And Glass Foaming
Poly-(Lactic Acid) Infiltration Of 45s5 Bioglass® Robocast Scaffolds: Chemical Interaction And Its Deleterious Effect In Mechanical Enhancement
Two Different Techniques Used In The Production Of Foam Structures: 3d Printing And Glass Foaming
Influence Of Sintering Temperature On The Mechanical Properties Of Ε-Pcl-Impregnated 45s5 Bioglass-Derived Scaffolds Fabricated By Robocasting
Two Different Techniques Used In The Production Of Foam Structures: 3d Printing And Glass Foaming
Influence Of Sintering Temperature On The Mechanical Properties Of Ε-Pcl-Impregnated 45s5 Bioglass-Derived Scaffolds Fabricated By Robocasting
Effect Of Milling Media On Processing And Performance Of 13-93 Bioactive Glass Scaffolds Fabricated By Robocasting
Influence Of Sintering Temperature On The Mechanical Properties Of Ε-Pcl-Impregnated 45s5 Bioglass-Derived Scaffolds Fabricated By Robocasting
Effect Of Milling Media On Processing And Performance Of 13-93 Bioactive Glass Scaffolds Fabricated By Robocasting
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
Effect Of Milling Media On Processing And Performance Of 13-93 Bioactive Glass Scaffolds Fabricated By Robocasting
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
Improving Mechanical Properties Of 13-93 Bioactive Glass Robocast Scaffold By Poly (Lactic Acid) And Poly (Ε-Caprolactone) Melt Infiltration
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
Improving Mechanical Properties Of 13-93 Bioactive Glass Robocast Scaffold By Poly (Lactic Acid) And Poly (Ε-Caprolactone) Melt Infiltration
Reinforcing Bioceramic Scaffolds With In Situ Synthesized Ε-Polycaprolactone Coatings
Improving Mechanical Properties Of 13-93 Bioactive Glass Robocast Scaffold By Poly (Lactic Acid) And Poly (Ε-Caprolactone) Melt Infiltration
Reinforcing Bioceramic Scaffolds With In Situ Synthesized Ε-Polycaprolactone Coatings
Impregnation Of Β-Tricalcium Phosphate Robocast Scaffolds By In Situ Polymerization
Reinforcing Bioceramic Scaffolds With In Situ Synthesized Ε-Polycaprolactone Coatings
Impregnation Of Β-Tricalcium Phosphate Robocast Scaffolds By In Situ Polymerization
A Simple Recipe For Direct Writing Complex 45s5 Bioglass® 3d Scaffolds
Impregnation Of Β-Tricalcium Phosphate Robocast Scaffolds By In Situ Polymerization
A Simple Recipe For Direct Writing Complex 45s5 Bioglass® 3d Scaffolds
Label-Free Magnetic Resonance Imaging To Locate Live Cells In Three-Dimensional Porous Scaffolds
A Simple Recipe For Direct Writing Complex 45s5 Bioglass® 3d Scaffolds
Label-Free Magnetic Resonance Imaging To Locate Live Cells In Three-Dimensional Porous Scaffolds
Biological Properties Of Solid Free Form Designed Ceramic Scaffolds With Bmp-2: In Vitro And In Vivo Evaluation
Label-Free Magnetic Resonance Imaging To Locate Live Cells In Three-Dimensional Porous Scaffolds
Biological Properties Of Solid Free Form Designed Ceramic Scaffolds With Bmp-2: In Vitro And In Vivo Evaluation
Strength Of Aluminium Titanate/mullite Composites Containing Thermal Stabilizers
Biological Properties Of Solid Free Form Designed Ceramic Scaffolds With Bmp-2: In Vitro And In Vivo Evaluation
Strength Of Aluminium Titanate/mullite Composites Containing Thermal Stabilizers
Effect Of Microstructure On The Mechanical Properties Of Liquid-Phase-Sintered Silicon Carbide At Pre-Creep Temperatures
Strength Of Aluminium Titanate/mullite Composites Containing Thermal Stabilizers
Effect Of Microstructure On The Mechanical Properties Of Liquid-Phase-Sintered Silicon Carbide At Pre-Creep Temperatures
Clarifying The Effect Of Sintering Conditions On The Microstructure And Mechanical Properties Of Β-Tricalcium Phosphate
Effect Of Microstructure On The Mechanical Properties Of Liquid-Phase-Sintered Silicon Carbide At Pre-Creep Temperatures
Clarifying The Effect Of Sintering Conditions On The Microstructure And Mechanical Properties Of Β-Tricalcium Phosphate
Improving The Compressive Strength Of Bioceramic Robocast Scaffolds By Polymer Infiltration
Clarifying The Effect Of Sintering Conditions On The Microstructure And Mechanical Properties Of Β-Tricalcium Phosphate
Improving The Compressive Strength Of Bioceramic Robocast Scaffolds By Polymer Infiltration
Hertzian Indentation Of A Zrb2-30% Sic Ultra-High-Temperature Ceramic Up To 800°c In Air
Improving The Compressive Strength Of Bioceramic Robocast Scaffolds By Polymer Infiltration
Hertzian Indentation Of A Zrb2-30% Sic Ultra-High-Temperature Ceramic Up To 800°c In Air
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Hertzian Indentation Of A Zrb2-30% Sic Ultra-High-Temperature Ceramic Up To 800°c In Air
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Mechanical Properties Of Calcium Phosphate Scaffolds Fabricated By Robocasting
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Mechanical Properties Of Calcium Phosphate Scaffolds Fabricated By Robocasting
Finite Element Modeling As A Tool For Predicting The Fracture Behavior Of Robocast Scaffolds
Mechanical Properties Of Calcium Phosphate Scaffolds Fabricated By Robocasting
Finite Element Modeling As A Tool For Predicting The Fracture Behavior Of Robocast Scaffolds
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Finite Element Modeling As A Tool For Predicting The Fracture Behavior Of Robocast Scaffolds
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Temperature Dependence Of Mechanical Properties Of Alumina Up To The Onset Of Creep
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Temperature Dependence Of Mechanical Properties Of Alumina Up To The Onset Of Creep
Application Of Hertzian Tests To Measure Stress-Strain Characteristics Of Ceramics At Elevated Temperatures
Temperature Dependence Of Mechanical Properties Of Alumina Up To The Onset Of Creep
Application Of Hertzian Tests To Measure Stress-Strain Characteristics Of Ceramics At Elevated Temperatures
Fracture Modes Under Uniaxial Compression In Hydroxyapatite Scaffolds Fabricated By Robocasting
Application Of Hertzian Tests To Measure Stress-Strain Characteristics Of Ceramics At Elevated Temperatures
Fracture Modes Under Uniaxial Compression In Hydroxyapatite Scaffolds Fabricated By Robocasting
Preparation Of Porous Hydroxyapatite Scaffolds
Fracture Modes Under Uniaxial Compression In Hydroxyapatite Scaffolds Fabricated By Robocasting
Preparation Of Porous Hydroxyapatite Scaffolds
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Preparation Of Porous Hydroxyapatite Scaffolds
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Fabrication Of Porous Hydroxyapatite Scaffolds
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Fabrication Of Porous Hydroxyapatite Scaffolds
Sintering And Robocasting Of Β-Tricalcium Phosphate Scaffolds For Orthopaedic Applications
Fabrication Of Porous Hydroxyapatite Scaffolds
Sintering And Robocasting Of Β-Tricalcium Phosphate Scaffolds For Orthopaedic Applications
An Improved Correlation Between Impression And Uniaxial Creep
Sintering And Robocasting Of Β-Tricalcium Phosphate Scaffolds For Orthopaedic Applications
An Improved Correlation Between Impression And Uniaxial Creep
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
An Improved Correlation Between Impression And Uniaxial Creep
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Combined Empirical-Analytical Method For Determining Contact Radius And Indenter Displacement During Hertzian Indentation On Coating/substrate Systems
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Combined Empirical-Analytical Method For Determining Contact Radius And Indenter Displacement During Hertzian Indentation On Coating/substrate Systems
Master Curves For Hertzian Indentation On Coating/substrate Systems
Combined Empirical-Analytical Method For Determining Contact Radius And Indenter Displacement During Hertzian Indentation On Coating/substrate Systems
Master Curves For Hertzian Indentation On Coating/substrate Systems
Fracture Of Ceramic/ceramic/polymer Trilayers For Biomechanical Applications
Master Curves For Hertzian Indentation On Coating/substrate Systems
Fracture Of Ceramic/ceramic/polymer Trilayers For Biomechanical Applications
Designing Damage-Resistant Brittle-Coating Structures: Ii. Trilayers
Fracture Of Ceramic/ceramic/polymer Trilayers For Biomechanical Applications
Designing Damage-Resistant Brittle-Coating Structures: Ii. Trilayers
Designing Damage-Resistant Brittle-Coating Structures: I. Bilayers
Designing Damage-Resistant Brittle-Coating Structures: Ii. Trilayers
Designing Damage-Resistant Brittle-Coating Structures: I. Bilayers
Effect Of An Adhesive Interlayer On The Fracture Of A Brittle Coating On A Supporting Substrate
Designing Damage-Resistant Brittle-Coating Structures: I. Bilayers
Effect Of An Adhesive Interlayer On The Fracture Of A Brittle Coating On A Supporting Substrate
Modeling Of Contact-Induced Radial Cracking In Ceramic Bilayer Coatings On Compliant Substrates
Effect Of An Adhesive Interlayer On The Fracture Of A Brittle Coating On A Supporting Substrate
Modeling Of Contact-Induced Radial Cracking In Ceramic Bilayer Coatings On Compliant Substrates
Overview: Damage In Brittle Layer Structures From Concentrated Loads
Modeling Of Contact-Induced Radial Cracking In Ceramic Bilayer Coatings On Compliant Substrates
Overview: Damage In Brittle Layer Structures From Concentrated Loads
Cracking In Ceramic/metal/polymer Trilayer Systems
Overview: Damage In Brittle Layer Structures From Concentrated Loads
Cracking In Ceramic/metal/polymer Trilayer Systems
Rate Effects In Critical Loads For Radial Cracking In Ceramic Coatings
Cracking In Ceramic/metal/polymer Trilayer Systems
Rate Effects In Critical Loads For Radial Cracking In Ceramic Coatings
Role Of Flaw Statistics In Contact Fracture Of Brittle Coatings
Rate Effects In Critical Loads For Radial Cracking In Ceramic Coatings
Role Of Flaw Statistics In Contact Fracture Of Brittle Coatings
Effect Of Flaw State On The Strength Of Brittle Coatings On Soft Substrates
Role Of Flaw Statistics In Contact Fracture Of Brittle Coatings
Effect Of Flaw State On The Strength Of Brittle Coatings On Soft Substrates
Mechanical Characterization Of Materials For Dental Applications
Effect Of Flaw State On The Strength Of Brittle Coatings On Soft Substrates
Mechanical Characterization Of Materials For Dental Applications
Contact Fracture Of Brittle Bilayer Coatings On Soft Substrates
Mechanical Characterization Of Materials For Dental Applications
Contact Fracture Of Brittle Bilayer Coatings On Soft Substrates
Controlled Preparation And Characterization Of Multilayer Sol-Gel Zirconia Dip-Coatings
Contact Fracture Of Brittle Bilayer Coatings On Soft Substrates
Controlled Preparation And Characterization Of Multilayer Sol-Gel Zirconia Dip-Coatings
The Impact Of Cyclic Oxidation In Dissociated Air On The Mechanical Properties Of Freeze-Cast Zrb2/mosi2 Ceramics
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