PUBLICACIÓN

On the suitability of photocuring-assisted DIW for manufacturing complex prosthesis from commercial dental composites

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ACCEDER A LA PUBLICACIÓN: Scopus

2024 Journal of Materials Science: Materials in Medicine

Bioengineering (Q2), Biomaterials (Q2), Biomedical Engineering (Q2), Biophysics (Q1)

JCR: 4.5

SJR: 0.81

CITAS

0

DOI

10.1007/s10856-024-06831-w

EID

2-s2.0-85205336113

ISSN

0957-4530

EISSN

1573-4838

AUTORES DE LA UEX

Óscar Juan Borrero López
Pedro Miranda González
Antonia Pajares Vicente

OTRAS PUBLICACIONES DE INTERÉS

Microhardness And Fracture Toughness Anisotropy In Cubic Zirconium Oxide Single Crystals
Production Of Complex Microchanneled Parts Of Zrb2-Mosi2 Ultra-High Temperature Ceramics By Freeze Casting And Pressureless Spark Plasma Sintering
In-Vitro Study Of The Sliding-Wear Of Cad/cam Dental Composite Materials
Production Of Complex Microchanneled Parts Of Zrb2-Mosi2 Ultra-High Temperature Ceramics By Freeze Casting And Pressureless Spark Plasma Sintering
In-Vitro Study Of The Sliding-Wear Of Cad/cam Dental Composite Materials
Novel Experimental Methods To Investigate The Effects Of Plant Phytoliths On Tooth Enamel Wear
In-Vitro Study Of The Sliding-Wear Of Cad/cam Dental Composite Materials
Novel Experimental Methods To Investigate The Effects Of Plant Phytoliths On Tooth Enamel Wear
The Impact Of Cyclic Oxidation In Dissociated Air On The Mechanical Properties Of Freeze-Cast Zrb2/mosi2 Ceramics
Novel Experimental Methods To Investigate The Effects Of Plant Phytoliths On Tooth Enamel Wear
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
Improving The Mechanical Performance Of Porous Ice-Templated Bioactive Scaffolds Through The Incorporation Of Additively Manufactured Reinforcement Frames
Processing Of Novel Zrb2-Inconel 718 Cermets 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
Investigating Correlations Between Translucency And Wear Resistance In Lithium Silicate-Based Dental Glass-Ceramics
Improving The Mechanical Performance Of Porous Ice-Templated Bioactive Scaffolds Through The Incorporation Of Additively Manufactured Reinforcement Frames
Investigating Correlations Between Translucency And Wear Resistance In Lithium Silicate-Based Dental Glass-Ceramics
Fabrication And Characterization Of 3d-Printed Antibacterial Bioactive Glass /polycaprolactone Nanocomposite Scaffolds
Investigating Correlations Between Translucency And Wear Resistance In Lithium Silicate-Based Dental Glass-Ceramics
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
Effect Of Post-Processing Heat Treatment On Micro-Contact Damage Of Zirconia-Reinforced Lithium Silicate Dental Materials
Improving The Strength Of Β-Tcp Scaffolds Produced By Digital Light Processing Using Two-Step Sintering
Effect Of Post-Processing Heat Treatment On Micro-Contact Damage Of Zirconia-Reinforced Lithium Silicate Dental Materials
The Oxidation Of Zrb2/mosi2 Ceramics In Dissociated Air: The Influence Of The Elaboration Technique
Effect Of Post-Processing Heat Treatment On Micro-Contact Damage Of Zirconia-Reinforced Lithium Silicate Dental Materials
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
On The Influence Of Structural And Chemical Properties On The Elastic Modulus Of Woven Bone Under Healing
On The Suitability Of Photocuring-Assisted Diw For Manufacturing Complex Prosthesis From Commercial Dental Composites
On The Influence Of Structural And Chemical Properties On The Elastic Modulus Of Woven Bone Under Healing
Tutoría Recíproca Entre Iguales En Grados De La Rama De Ingeniería Intercentros De La Uex: Caso Práctico
On The Influence Of Structural And Chemical Properties On The Elastic Modulus Of Woven Bone Under Healing
Tutoría Recíproca Entre Iguales En Grados De La Rama De Ingeniería Intercentros De La Uex: Caso Práctico
Effect Of A Dlc Film On The Sliding-Wear Behaviour Of Ti6al4v: Implications For Dental Implants
Tutoría Recíproca Entre Iguales En Grados De La Rama De Ingeniería Intercentros De La Uex: Caso Práctico
Effect Of A Dlc Film On The Sliding-Wear Behaviour Of Ti6al4v: Implications For Dental Implants
Evaluating The Suitability Of Fast Sintering Techniques For The Consolidation Of Calcium Phosphate Scaffolds Produced By Dlp
Effect Of A Dlc Film On The Sliding-Wear Behaviour Of Ti6al4v: Implications For Dental Implants
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
Fracture Resistance Of Dental Glass-Ceramics Under Sliding Contact
Applicability Of Near-Field Electrospinning For The Development Of Tcp-Based Thin Fibres And Scaffold 3d Printing
Fracture Resistance Of Dental Glass-Ceramics Under Sliding Contact
Desconchado De Materiales Dentales. Efectos De Terceras Partículas De Tamaño Micrométrico
Fracture Resistance Of Dental Glass-Ceramics Under Sliding Contact
Desconchado De Materiales Dentales. Efectos De Terceras Partículas De Tamaño Micrométrico
Chipping Of Ceramic-Based Dental Materials By Micrometric Particles
Desconchado De Materiales Dentales. Efectos De Terceras Partículas De Tamaño Micrométrico
Chipping Of Ceramic-Based Dental Materials By Micrometric Particles
On The Durability Of Zirconia-Reinforced Lithium Silicate And Lithium Disilicate Dental Ceramics Under Severe Contact
Chipping Of Ceramic-Based Dental Materials By Micrometric Particles
On The Durability Of Zirconia-Reinforced Lithium Silicate And Lithium Disilicate Dental Ceramics Under Severe Contact
Threshold Damage Mechanisms In Brittle Solids And Their Impact On Advanced Technologies
On The Durability Of Zirconia-Reinforced Lithium Silicate And Lithium Disilicate Dental Ceramics Under Severe Contact
Threshold Damage Mechanisms In Brittle Solids And Their Impact On Advanced Technologies
Ultra-Low Temperature Spark Plasma Sintering Of Super Wear-Resistant Hard B4c Composites
Threshold Damage Mechanisms In Brittle Solids And Their Impact On Advanced Technologies
Ultra-Low Temperature Spark Plasma Sintering Of Super Wear-Resistant Hard B4c Composites
Effects Of The Test Method On Wear Measurements In Dental Enamel/ceramic Tribosystems
Ultra-Low Temperature Spark Plasma Sintering Of Super Wear-Resistant Hard B4c Composites
Effects Of The Test Method On Wear Measurements In Dental Enamel/ceramic Tribosystems
Impact Of Residual Carbon After Dlp And Sps-Sintering On Compressive Strength And In-Vitro Bioactivity Of Calcium Phosphate Scaffolds
Effects Of The Test Method On Wear Measurements In Dental Enamel/ceramic Tribosystems
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
Ultra-Low Wear B4c-Sic-Mob2 Composites Fabricated At Lower Temperature From B4c With Mosi2 Additives
Evaluation Of Direct Light Processing For The Fabrication Of Bioactive Ceramic Scaffolds: Effect Of Pore/strut Size On Manufacturability And Mechanical Performance
Ultra-Low Wear B4c-Sic-Mob2 Composites Fabricated At Lower Temperature From B4c With Mosi2 Additives
Fundamental Mechanics Of Tooth Fracture And Wear: Implications For Humans And Other Primates
Ultra-Low Wear B4c-Sic-Mob2 Composites Fabricated At Lower Temperature From B4c With Mosi2 Additives
Fundamental Mechanics Of Tooth Fracture And Wear: Implications For Humans And Other Primates
Effect Of 1-D And 2-D Carbon-Based Nano-Reinforcements On The Dry Sliding-Wear Behaviour Of 3y-Tzp Ceramics
Fundamental Mechanics Of Tooth Fracture And Wear: Implications For Humans And Other Primates
Effect Of 1-D And 2-D Carbon-Based Nano-Reinforcements On The Dry Sliding-Wear Behaviour Of 3y-Tzp Ceramics
Spark Plasma Sintering And Dry Sliding-Wear Of Zrc-16.7 Vol.% Co Cemented Carbides
Effect Of 1-D And 2-D Carbon-Based Nano-Reinforcements On The Dry Sliding-Wear Behaviour Of 3y-Tzp Ceramics
Spark Plasma Sintering And Dry Sliding-Wear Of Zrc-16.7 Vol.% Co Cemented Carbides
Micromechanics Of Machining And Wear In Hard And Brittle Materials
Spark Plasma Sintering And Dry Sliding-Wear Of Zrc-16.7 Vol.% Co Cemented Carbides
Micromechanics Of Machining And Wear In Hard And Brittle Materials
Prefabricated 3d-Printed Tissue-Engineered Bone For Mandibular Reconstruction: A Preclinical Translational Study In Primate
Micromechanics Of Machining And Wear In Hard And Brittle Materials
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
Bioinspired Design Of Triboceramics: Learning From The Anisotropic Micro-Fracture Response Of Dental Enamel Under Sliding Contact
Elastic Modulus Of Woven Bone: Correlation With Evolution Of Porosity And X-Ray Greyscale
Bioinspired Design Of Triboceramics: Learning From The Anisotropic Micro-Fracture Response Of Dental Enamel Under Sliding Contact
Improving The Dry Sliding-Wear Resistance Of B4c Ceramics By Transient Liquid-Phase Sintering
Bioinspired Design Of Triboceramics: Learning From The Anisotropic Micro-Fracture Response Of Dental Enamel Under Sliding Contact
Improving The Dry Sliding-Wear Resistance Of B4c Ceramics By Transient Liquid-Phase Sintering
Phytoliths Can Cause Tooth Wear: Phytoliths Can Cause Tooth Wear
Improving The Dry Sliding-Wear Resistance Of B4c Ceramics By Transient Liquid-Phase Sintering
Phytoliths Can Cause Tooth Wear: Phytoliths Can Cause Tooth Wear
Inverse Correlations Between Wear And Mechanical Properties In Biphasic Dental Materials With Ceramic Constituents
Phytoliths Can Cause Tooth Wear: Phytoliths Can Cause Tooth Wear
Inverse Correlations Between Wear And Mechanical Properties In Biphasic Dental Materials With Ceramic Constituents
Fracture, Fatigue, And Sliding-Wear Behavior Of Nanocomposites Of Alumina And Reduced Graphene-Oxide
Inverse Correlations Between Wear And Mechanical Properties In Biphasic Dental Materials With Ceramic Constituents
Fracture, Fatigue, And Sliding-Wear Behavior Of Nanocomposites Of Alumina And Reduced Graphene-Oxide
Highly Sliding-Wear Resistant B4c Composites Fabricated By Spark-Plasma Sintering With Ti–al Additives
Fracture, Fatigue, And Sliding-Wear Behavior Of Nanocomposites Of Alumina And Reduced Graphene-Oxide
Highly Sliding-Wear Resistant B4c Composites Fabricated By Spark-Plasma Sintering With Ti–al Additives
Contact Damage Of Human Dental Enamel Under Cyclic Axial Loading With Abrasive Particles
Highly Sliding-Wear Resistant B4c Composites Fabricated By Spark-Plasma Sintering With Ti–al Additives
Contact Damage Of Human Dental Enamel Under Cyclic Axial Loading With Abrasive Particles
On The Vital Role Of Enamel Prism Interfaces And Graded Properties In Human Tooth Survival
Contact Damage Of Human Dental Enamel Under Cyclic Axial Loading With Abrasive Particles
On The Vital Role Of Enamel Prism Interfaces And Graded Properties In Human Tooth Survival
Desgaste Del Esmalte Dental Humano A Escalas Micro Y Macroscópica
On The Vital Role Of Enamel Prism Interfaces And Graded Properties In Human Tooth Survival
Desgaste Del Esmalte Dental Humano A Escalas Micro Y Macroscópica
Development By Robocasting And Mechanical Characterization Of Hybrid Ha/pcl Coaxial Scaffolds For Biomedical Applications
Desgaste Del Esmalte Dental Humano A Escalas Micro Y Macroscópica
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
Microstructural Development During Heat Treatment Of A Commercially Available Dental-Grade Lithium Disilicate Glass-Ceramic
Bioceramic Scaffolds Fabrication: Indirect 3d Printing Combined With Ice-Templating Vs. Robocasting
Microstructural Development During Heat Treatment Of A Commercially Available Dental-Grade Lithium Disilicate Glass-Ceramic
Wear Of Ceramic-Based Dental Materials
Microstructural Development During Heat Treatment Of A Commercially Available Dental-Grade Lithium Disilicate Glass-Ceramic
Wear Of Ceramic-Based Dental Materials
Effect Of Sintering Duration On The Sliding-Wear Resistance Of 3y-Tzp Dental Ceramics
Wear Of Ceramic-Based Dental Materials
Effect Of Sintering Duration On The Sliding-Wear Resistance Of 3y-Tzp Dental Ceramics
Reinforcing 13–93 Bioglass Scaffolds Fabricated By Robocasting And Pressureless Spark Plasma Sintering With Graphene Oxide.
Effect Of Sintering Duration On The Sliding-Wear Resistance Of 3y-Tzp Dental Ceramics
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
Role Of Particulate Concentration In Tooth Wear
A Simple Graphite-Based Support Material For Robocasting Of Ceramic Parts
Role Of Particulate Concentration In Tooth Wear
Sliding-Wear Resistance Of Pure Near Fully-Dense B4c Under Lubrication With Water, Diesel Fuel, And Paraffin Oil
Role Of Particulate Concentration In Tooth Wear
Sliding-Wear Resistance Of Pure Near Fully-Dense B4c Under Lubrication With Water, Diesel Fuel, And Paraffin Oil
Enhancing The Mechanical And In Vitro Performance Of Robocast Bioglass Scaffolds By Polymeric Coatings: Effect Of Polymer Composition
Sliding-Wear Resistance Of Pure Near Fully-Dense B4c Under Lubrication With Water, Diesel Fuel, And Paraffin Oil
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
Microstructural Effects On The Sliding-Wear Resistance Of Zrc–mosi2 Triboceramics Fabricated By Spark-Plasma Sintering
Biphasic Calcium Phosphate Scaffolds Fabricated By Direct Write Assembly: Mechanical, Anti-Microbial And Osteoblastic Properties
Microstructural Effects On The Sliding-Wear Resistance Of Zrc–mosi2 Triboceramics Fabricated By Spark-Plasma Sintering
Simulation Of Enamel Wear For Reconstruction Of Diet And Feeding Behavior In Fossil Animals: A Micromechanics Approach
Microstructural Effects On The Sliding-Wear Resistance Of Zrc–mosi2 Triboceramics Fabricated By Spark-Plasma Sintering
Simulation Of Enamel Wear For Reconstruction Of Diet And Feeding Behavior In Fossil Animals: A Micromechanics Approach
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
Simulation Of Enamel Wear For Reconstruction Of Diet And Feeding Behavior In Fossil Animals: A Micromechanics Approach
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
Improving Mechanical Properties Of 13-93 Bioactive Glass Robocast Scaffold By Poly (Lactic Acid) And Poly (Ε-Caprolactone) Melt Infiltration
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
Improving Mechanical Properties Of 13-93 Bioactive Glass Robocast Scaffold By Poly (Lactic Acid) And Poly (Ε-Caprolactone) Melt Infiltration
Poly-(Lactic Acid) Infiltration Of 45s5 Bioglass® Robocast Scaffolds: Chemical Interaction And Its Deleterious Effect In Mechanical Enhancement
Improving Mechanical Properties Of 13-93 Bioactive Glass Robocast Scaffold By Poly (Lactic Acid) And Poly (Ε-Caprolactone) Melt Infiltration
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
Scratch Fracture Of Polycrystalline Silicon Wafers
Two Different Techniques Used In The Production Of Foam Structures: 3d Printing And Glass Foaming
Scratch Fracture Of Polycrystalline Silicon Wafers
Effect Of Processing Conditions On The Sliding-Wear Resistance Of Zrc Triboceramics Fabricated By Spark-Plasma Sintering
Scratch Fracture Of Polycrystalline Silicon Wafers
Effect Of Processing Conditions On The Sliding-Wear Resistance Of Zrc Triboceramics Fabricated By Spark-Plasma Sintering
Mechanics Of Microwear Traces In Tooth Enamel
Effect Of Processing Conditions On The Sliding-Wear Resistance Of Zrc Triboceramics Fabricated By Spark-Plasma Sintering
Mechanics Of Microwear Traces In Tooth Enamel
Sliding-Contact Fracture Of Brittle Layers
Mechanics Of Microwear Traces In Tooth Enamel
Sliding-Contact Fracture Of Brittle Layers
Influence Of Sintering Temperature On The Mechanical Properties Of Ε-Pcl-Impregnated 45s5 Bioglass-Derived Scaffolds Fabricated By Robocasting
Sliding-Contact Fracture Of Brittle Layers
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
The Compelling Case For Indentation As A Functional Exploratory And Characterization Tool
Effect Of Milling Media On Processing And Performance Of 13-93 Bioactive Glass Scaffolds Fabricated By Robocasting
The Compelling Case For Indentation As A Functional Exploratory And Characterization Tool
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
The Compelling Case For Indentation As A Functional Exploratory And Characterization Tool
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
Measurement Of Fracture Strength In Brittle Thin Films
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
Measurement Of Fracture Strength In Brittle Thin Films
Improving The Sliding Wear Resistance Of Sic Nanoceramics Fabricated By Spark Plasma Sintering Via Gentle Post-Sintering Annealing
Measurement Of Fracture Strength In Brittle Thin Films
Improving The Sliding Wear Resistance Of Sic Nanoceramics Fabricated By Spark Plasma Sintering Via Gentle Post-Sintering Annealing
Effect Of Hexagonal-Bn Additions On The Sliding-Wear Resistance Of Fine-Grained Α-Sic Densified With Y3al5o12 Liquid Phase By Spark-Plasma Sintering
Improving The Sliding Wear Resistance Of Sic Nanoceramics Fabricated By Spark Plasma Sintering Via Gentle Post-Sintering Annealing
Effect Of Hexagonal-Bn Additions On The Sliding-Wear Resistance Of Fine-Grained Α-Sic Densified With Y3al5o12 Liquid Phase By Spark-Plasma Sintering
A Model For Predicting Wear Rates In Tooth Enamel
Effect Of Hexagonal-Bn Additions On The Sliding-Wear Resistance Of Fine-Grained Α-Sic Densified With Y3al5o12 Liquid Phase By Spark-Plasma Sintering
A Model For Predicting Wear Rates In Tooth Enamel
Sliding-Wear Resistance Of Liquid-Phase-Sintered Sic Containing Graphite Nanodispersoids
A Model For Predicting Wear Rates In Tooth Enamel
Sliding-Wear Resistance Of Liquid-Phase-Sintered Sic Containing Graphite Nanodispersoids
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
Sliding-Wear Resistance Of Liquid-Phase-Sintered Sic Containing Graphite Nanodispersoids
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
Reinforcing Bioceramic Scaffolds With In Situ Synthesized Ε-Polycaprolactone Coatings
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
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
Sliding-Wear Resistance Of Ultrafine-Grained Sic Densified By Spark Plasma Sintering With 3y2o3 + 5al2o3 Or Y3al5o12 Additives
Impregnation Of Β-Tricalcium Phosphate Robocast Scaffolds By In Situ Polymerization
Sliding-Wear Resistance Of Ultrafine-Grained Sic Densified By Spark Plasma Sintering With 3y2o3 + 5al2o3 Or Y3al5o12 Additives
Microstructural Effects On The Sliding-Wear Resistance Of Pressureless Liquid-Phase-Sintered Sic Under Diesel Fuel
Sliding-Wear Resistance Of Ultrafine-Grained Sic Densified By Spark Plasma Sintering With 3y2o3 + 5al2o3 Or Y3al5o12 Additives
Microstructural Effects On The Sliding-Wear Resistance Of Pressureless Liquid-Phase-Sintered Sic Under Diesel Fuel
A Simple Recipe For Direct Writing Complex 45s5 Bioglass® 3d Scaffolds
Microstructural Effects On The Sliding-Wear Resistance Of Pressureless Liquid-Phase-Sintered Sic Under Diesel Fuel
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
Effect Of The Sintering Additive Content On The Protective Passive Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Sic
Biological Properties Of Solid Free Form Designed Ceramic Scaffolds With Bmp-2: In Vitro And In Vivo Evaluation
Effect Of The Sintering Additive Content On The Protective Passive Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Sic
Microstructural Evolution And Contact-Mechanical Properties Of Sic Ceramics Prepared Colloidally With Low Additive Content
Effect Of The Sintering Additive Content On The Protective Passive Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Sic
Microstructural Evolution And Contact-Mechanical Properties Of Sic Ceramics Prepared Colloidally With Low Additive Content
Microstructural Effects On The Sliding Wear Of Transparent Magnesium-Aluminate Spinel
Microstructural Evolution And Contact-Mechanical Properties Of Sic Ceramics Prepared Colloidally With Low Additive Content
Microstructural Effects On The Sliding Wear Of Transparent Magnesium-Aluminate Spinel
Mechanics Prediction Of The Fracture Pattern On Scratching Wafers Of Single Crystal Silicon
Microstructural Effects On The Sliding Wear Of Transparent Magnesium-Aluminate Spinel
Mechanics Prediction Of The Fracture Pattern On Scratching Wafers Of Single Crystal Silicon
A Route For The Pressureless Liquid-Phase Sintering Of Sic With Low Additive Content For Improved Sliding-Wear Resistance
Mechanics Prediction Of The Fracture Pattern On Scratching Wafers Of Single Crystal Silicon
A Route For The Pressureless Liquid-Phase Sintering Of Sic With Low Additive Content For Improved Sliding-Wear Resistance
Effect Of Intergranular Phase Chemistry On The Sliding-Wear Resistance Of Pressureless Liquid-Phase-Sintered Α-Sic
A Route For The Pressureless Liquid-Phase Sintering Of Sic With Low Additive Content For Improved Sliding-Wear Resistance
Effect Of Intergranular Phase Chemistry On The Sliding-Wear Resistance Of Pressureless Liquid-Phase-Sintered Α-Sic
Mechanical Stability Of Two-Step Chemically Deposited Hydroxyapatite Coating On Ti Substrate: Effects Of Various Surface Pretreatments
Effect Of Intergranular Phase Chemistry On The Sliding-Wear Resistance Of Pressureless Liquid-Phase-Sintered Α-Sic
Mechanical Stability Of Two-Step Chemically Deposited Hydroxyapatite Coating On Ti Substrate: Effects Of Various Surface Pretreatments
Mechanical Properties And Scratch Resistance Of Filtered-Arc-Deposited Titanium Oxide Thin Films On Glass
Mechanical Stability Of Two-Step Chemically Deposited Hydroxyapatite Coating On Ti Substrate: Effects Of Various Surface Pretreatments
Mechanical Properties And Scratch Resistance Of Filtered-Arc-Deposited Titanium Oxide Thin Films On Glass
Characterization Of The Chemically Deposited Hydroxyapatite Coating On A Titanium Substrate
Mechanical Properties And Scratch Resistance Of Filtered-Arc-Deposited Titanium Oxide Thin Films On Glass
Characterization Of The Chemically Deposited Hydroxyapatite Coating On A Titanium Substrate
Strength Of Aluminium Titanate/mullite Composites Containing Thermal Stabilizers
Characterization Of The Chemically Deposited Hydroxyapatite Coating On A Titanium Substrate
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
Effect Of The Sintering Additive Content On The Non-Protective Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Α-Sic In Air
Improving The Compressive Strength Of Bioceramic Robocast Scaffolds By Polymer Infiltration
Effect Of The Sintering Additive Content On The Non-Protective Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Α-Sic In Air
Effect Of Ar Or N2 Sintering Atmosphere On The High-Temperature Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Α-Sic In Air
Effect Of The Sintering Additive Content On The Non-Protective Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Α-Sic In Air
Effect Of Ar Or N2 Sintering Atmosphere On The High-Temperature Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Α-Sic In Air
Anisotropy Effects On The Reliability Of Single-Crystal Silicon
Effect Of Ar Or N2 Sintering Atmosphere On The High-Temperature Oxidation Behaviour Of Pressureless Liquid-Phase-Sintered Α-Sic In Air
Anisotropy Effects On The Reliability Of Single-Crystal Silicon
Substrate Effects On The Mechanical Properties And Contact Damage Of Diamond-Like Carbon Thin Films
Anisotropy Effects On The Reliability Of Single-Crystal Silicon
Substrate Effects On The Mechanical Properties And Contact Damage Of Diamond-Like Carbon Thin Films
Effect Of Substrate Roughness On The Contact Damage Of Thin Brittle Films On Brittle Substrates
Substrate Effects On The Mechanical Properties And Contact Damage Of Diamond-Like Carbon Thin Films
Effect Of Substrate Roughness On The Contact Damage Of Thin Brittle Films On Brittle Substrates
The Use Of The Scratch Test To Measure The Fracture Strength Of Brittle Thin Films
Effect Of Substrate Roughness On The Contact Damage Of Thin Brittle Films On Brittle Substrates
The Use Of The Scratch Test To Measure The Fracture Strength Of Brittle Thin Films
Hertzian Indentation Of A Zrb2-30% Sic Ultra-High-Temperature Ceramic Up To 800°c In Air
The Use Of The Scratch Test To Measure The Fracture Strength Of Brittle Thin Films
Hertzian Indentation Of A Zrb2-30% Sic Ultra-High-Temperature Ceramic Up To 800°c In Air
Contact Damage Of Tetrahedral Amorphous Carbon Thin Films On Silicon Substrates
Hertzian Indentation Of A Zrb2-30% Sic Ultra-High-Temperature Ceramic Up To 800°c In Air
Contact Damage Of Tetrahedral Amorphous Carbon Thin Films On Silicon Substrates
Fracture Strength Of Polycrystalline Silicon Wafers For The Photovoltaic Industry
Contact Damage Of Tetrahedral Amorphous Carbon Thin Films On Silicon Substrates
Fracture Strength Of Polycrystalline Silicon Wafers For The Photovoltaic Industry
Reverse Size Effect In The Fracture Strength Of Brittle Thin Films
Fracture Strength Of Polycrystalline Silicon Wafers For The Photovoltaic Industry
Reverse Size Effect In The Fracture Strength Of Brittle Thin Films
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Reverse Size Effect In The Fracture Strength Of Brittle Thin Films
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Oxidation Behavior Of Pressureless Liquid-Phase-Sintered Α-Sic In Ambient Air At Elevated Temperatures
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Oxidation Behavior Of Pressureless Liquid-Phase-Sintered Α-Sic In Ambient Air At Elevated Temperatures
A Simple Nanoindentation-Based Methodology To Assess The Strength Of Brittle Thin Films
Oxidation Behavior Of Pressureless Liquid-Phase-Sintered Α-Sic In Ambient Air At Elevated Temperatures
A Simple Nanoindentation-Based Methodology To Assess The Strength Of Brittle Thin Films
Mechanical Properties Of Calcium Phosphate Scaffolds Fabricated By Robocasting
A Simple Nanoindentation-Based Methodology To Assess The Strength Of Brittle Thin Films
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
Strength Measurement In Brittle Thin Films
Finite Element Modeling As A Tool For Predicting The Fracture Behavior Of Robocast Scaffolds
Strength Measurement In Brittle Thin Films
Effect Of The Nature Of The Intergranular Phase On Sliding-Wear Resistance Of Liquid-Phase-Sintered Α-Sic
Strength Measurement In Brittle Thin Films
Effect Of The Nature Of The Intergranular Phase On Sliding-Wear Resistance Of Liquid-Phase-Sintered Α-Sic
Hardness Degradation In Liquid-Phase-Sintered Sic With Prolonged Sintering
Effect Of The Nature Of The Intergranular Phase On Sliding-Wear Resistance Of Liquid-Phase-Sintered Α-Sic
Hardness Degradation In Liquid-Phase-Sintered Sic With Prolonged Sintering
Microstructural Design Of Sliding-Wear-Resistant Liquid-Phase-Sintered Sic: An Overview
Hardness Degradation In Liquid-Phase-Sintered Sic With Prolonged Sintering
Microstructural Design Of Sliding-Wear-Resistant Liquid-Phase-Sintered Sic: An Overview
Sliding-Wear-Resistant Liquid-Phase-Sintered Sic Processed Using Α-Sic Starting Powders
Microstructural Design Of Sliding-Wear-Resistant Liquid-Phase-Sintered Sic: An Overview
Sliding-Wear-Resistant Liquid-Phase-Sintered Sic Processed Using Α-Sic Starting Powders
Effect Of Liquid-Phase Content On The Contact-Mechanical Properties Of Liquid-Phase-Sintered Α-Sic
Sliding-Wear-Resistant Liquid-Phase-Sintered Sic Processed Using Α-Sic Starting Powders
Effect Of Liquid-Phase Content On The Contact-Mechanical Properties Of Liquid-Phase-Sintered Α-Sic
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Effect Of Liquid-Phase Content On The Contact-Mechanical Properties Of Liquid-Phase-Sintered Α-Sic
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
Effect Of Ion Nitriding On The Crystal Structure Of 3 Mol% Y 2 O 3 -Doped Zro 2 Thin-Films Prepared By The Sol-Gel Method
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Effect Of Ion Nitriding On The Crystal Structure Of 3 Mol% Y 2 O 3 -Doped Zro 2 Thin-Films Prepared By The Sol-Gel Method
Fabrication Of Porous Hydroxyapatite Scaffolds
Effect Of Ion Nitriding On The Crystal Structure Of 3 Mol% Y 2 O 3 -Doped Zro 2 Thin-Films Prepared By The Sol-Gel Method
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
Propiedades Mecánicas De Cerámicos A Termperaturas Intermedias
An Improved Correlation Between Impression And Uniaxial Creep
Propiedades Mecánicas De Cerámicos A Termperaturas Intermedias
Propiedades Mecánicas A Temperatura Ambiente De Cerámicos De A-Sic Sinterizados Con Fase Líquida De Y2o3-Al2o3
Propiedades Mecánicas De Cerámicos A Termperaturas Intermedias
Propiedades Mecánicas A Temperatura Ambiente De Cerámicos De A-Sic Sinterizados Con Fase Líquida De Y2o3-Al2o3
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Propiedades Mecánicas A Temperatura Ambiente De Cerámicos De A-Sic Sinterizados Con Fase Líquida De Y2o3-Al2o3
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Improved Sliding-Wear Resistance In In Situ-Toughened Silicon Carbide
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Improved Sliding-Wear Resistance In In Situ-Toughened Silicon Carbide
Effect Of Microstructure On Sliding-Wear Properties Of Liquid-Phase- Sintered Α-Sic
Improved Sliding-Wear Resistance In In Situ-Toughened Silicon Carbide
Effect Of Microstructure On Sliding-Wear Properties Of Liquid-Phase- Sintered Α-Sic
Room-Temperature Mechanical Properties Of Liquid-Phase-Sintered Α-Sic With Y2o3-Al2o3 Additions
Effect Of Microstructure On Sliding-Wear Properties Of Liquid-Phase- Sintered Α-Sic
Room-Temperature Mechanical Properties Of Liquid-Phase-Sintered Α-Sic With Y2o3-Al2o3 Additions
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Room-Temperature Mechanical Properties Of Liquid-Phase-Sintered Α-Sic With Y2o3-Al2o3 Additions
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Effect Of Sintering Atmosphere On The Mechanical Properties Of Liquid-Phase-Sintered Sic
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Effect Of Sintering Atmosphere On The Mechanical Properties Of Liquid-Phase-Sintered Sic
Combined Empirical-Analytical Method For Determining Contact Radius And Indenter Displacement During Hertzian Indentation On Coating/substrate Systems
Effect Of Sintering Atmosphere On The Mechanical Properties Of Liquid-Phase-Sintered Sic
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
Effect Of Oxide And Nitride Films On Strength Of Silicon: A Study Using Controlled Small-Scale Flaws
Master Curves For Hertzian Indentation On Coating/substrate Systems
Effect Of Oxide And Nitride Films On Strength Of Silicon: A Study Using Controlled Small-Scale Flaws
Fatigue And Damage Tolerance Of Y-Tzp Ceramics In Layered Biomechanical Systems
Effect Of Oxide And Nitride Films On Strength Of Silicon: A Study Using Controlled Small-Scale Flaws
Fatigue And Damage Tolerance Of Y-Tzp Ceramics In Layered Biomechanical Systems
Strength Of Silicon, Sapphire And Glass In The Subthreshold Flaw Region
Fatigue And Damage Tolerance Of Y-Tzp Ceramics In Layered Biomechanical Systems
Strength Of Silicon, Sapphire And Glass In The Subthreshold Flaw Region
Strength Of Silicon Containing Nanoscale Flaws
Strength Of Silicon, Sapphire And Glass In The Subthreshold Flaw Region
Strength Of Silicon Containing Nanoscale Flaws
Materials Design In The Performance Of All-Ceramic Crowns
Strength Of Silicon Containing Nanoscale Flaws
Materials Design In The Performance Of All-Ceramic Crowns
Fracture Of Ceramic/ceramic/polymer Trilayers For Biomechanical Applications
Materials Design In The Performance Of All-Ceramic Crowns
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
Damage-Resistant Brittle Coatings
Controlled Preparation And Characterization Of Multilayer Sol-Gel Zirconia Dip-Coatings
Damage-Resistant Brittle Coatings
Damage-Resistant Brittle Coatings
Damage-Resistant Brittle Coatings
Damage-Resistant Brittle Coatings
Contact Damage Resistance And Strength Degradation Of Glass-Infiltrated Alumina And Spinel Ceramics
Damage-Resistant Brittle Coatings
Contact Damage Resistance And Strength Degradation Of Glass-Infiltrated Alumina And Spinel Ceramics
Mechanical Characterization Of Dental Ceramics By Hertzian Contacts
Contact Damage Resistance And Strength Degradation Of Glass-Infiltrated Alumina And Spinel Ceramics
Mechanical Characterization Of Dental Ceramics By Hertzian Contacts
Effect Of Substrate And Bond Coat On Contact Damage In Zirconia-Based Plasma-Sprayed Coatings
Mechanical Characterization Of Dental Ceramics By Hertzian Contacts
Effect Of Substrate And Bond Coat On Contact Damage In Zirconia-Based Plasma-Sprayed Coatings
Mechanical Characterization Of Plasma Sprayed Ceramic Coatings On Metal Substrates By Contact Testing
Effect Of Substrate And Bond Coat On Contact Damage In Zirconia-Based Plasma-Sprayed Coatings
Mechanical Characterization Of Plasma Sprayed Ceramic Coatings On Metal Substrates By Contact Testing
Analysis Of Kidney-Shaped Indentation Cracks In 4y-Psz
Mechanical Characterization Of Plasma Sprayed Ceramic Coatings On Metal Substrates By Contact Testing
Analysis Of Kidney-Shaped Indentation Cracks In 4y-Psz
Stress Analysis Of Elastic-Plastic Contact Damage In Ceramic Coatings On Metal Substrates
Analysis Of Kidney-Shaped Indentation Cracks In 4y-Psz
Stress Analysis Of Elastic-Plastic Contact Damage In Ceramic Coatings On Metal Substrates
Contact Damage In Plasma-Sprayed Alumina-Based Coatings
Stress Analysis Of Elastic-Plastic Contact Damage In Ceramic Coatings On Metal Substrates
Contact Damage In Plasma-Sprayed Alumina-Based Coatings
Effect Of Mechanical Damage On Thermal Conduction Of Plasma-Sprayed Coatings
Contact Damage In Plasma-Sprayed Alumina-Based Coatings
Effect Of Mechanical Damage On Thermal Conduction Of Plasma-Sprayed Coatings
Damage Accumulation And Cyclic Fatigue In Mg-Psz At Hertzian Contacts
Effect Of Mechanical Damage On Thermal Conduction Of Plasma-Sprayed Coatings
Damage Accumulation And Cyclic Fatigue In Mg-Psz At Hertzian Contacts
Hertzian Contact Damage In Magnesia‐partially‐stabilized Zirconia
Damage Accumulation And Cyclic Fatigue In Mg-Psz At Hertzian Contacts
Hertzian Contact Damage In Magnesia‐partially‐stabilized Zirconia
Residual Stresses Around Vickers Indents
Hertzian Contact Damage In Magnesia‐partially‐stabilized Zirconia
Residual Stresses Around Vickers Indents
Indentation Studies On Y2o2‐stabilized Zro2: I, Development Of Indentation‐induced Cracks
Residual Stresses Around Vickers Indents
Indentation Studies On Y2o2‐stabilized Zro2: I, Development Of Indentation‐induced Cracks
Indentation Studies On Y2o3‐stabilized Zro2: Ii, Toughness Determination From Stable Growth Of Indentation‐induced Cracks
Indentation Studies On Y2o2‐stabilized Zro2: I, Development Of Indentation‐induced Cracks
Indentation Studies On Y2o3‐stabilized Zro2: Ii, Toughness Determination From Stable Growth Of Indentation‐induced Cracks
Measurement Of Fiber Orientation In Short-Fiber Composites
Indentation Studies On Y2o3‐stabilized Zro2: Ii, Toughness Determination From Stable Growth Of Indentation‐induced Cracks
Measurement Of Fiber Orientation In Short-Fiber Composites
Tem Characterization Of Indented Polycrystalline Y-Psz
Measurement Of Fiber Orientation In Short-Fiber Composites
Tem Characterization Of Indented Polycrystalline Y-Psz
Indentation‐induced Cracks And The Toughness Anisotropy Of 9.4‐mol%‐yttria‐stabilized Cubic Zirconia Single Crystals
Tem Characterization Of Indented Polycrystalline Y-Psz
Indentation‐induced Cracks And The Toughness Anisotropy Of 9.4‐mol%‐yttria‐stabilized Cubic Zirconia Single Crystals
Estimación De La Tenacidad En Zirconia Estabilizada Con Ytria Mediante Ensayos Vickers Y Knoop
Indentation‐induced Cracks And The Toughness Anisotropy Of 9.4‐mol%‐yttria‐stabilized Cubic Zirconia Single Crystals
Estimación De La Tenacidad En Zirconia Estabilizada Con Ytria Mediante Ensayos Vickers Y Knoop
Microhardness And Fracture Toughness Anisotropy In Cubic Zirconium Oxide Single Crystals
Estimación De La Tenacidad En Zirconia Estabilizada Con Ytria Mediante Ensayos Vickers Y Knoop
Microhardness And Fracture Toughness Anisotropy In Cubic Zirconium Oxide Single Crystals
Production Of Complex Microchanneled Parts Of Zrb2-Mosi2 Ultra-High Temperature Ceramics By Freeze Casting And Pressureless Spark Plasma Sintering
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