PUBLICACIÓN

Strength of aluminium titanate/mullite composites containing thermal stabilizers

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Perera F.H., Pajares A., Melendez J.J.

2011 JOURNAL OF THE EUROPEAN CERAMIC SOCIETY

Ceramics and Composites (Q1), Materials Chemistry (Q1)

JCR: 2.353

SJR: 1.343

CITAS

34

DOI

10.1016/j.jeurceramsoc.2011.03.012

EID

2-s2.0-79955471360

ISSN

0955-2219

BIBTEX

@article{Meléndez2011,title = {Strength of aluminium titanate/mullite composites containing thermal stabilizers},journal = {Journal of the European Ceramic Society},year = {2011},volume = {31},number = {9},pages = {1695-1701},author = {Perera, F.H. and Pajares, A. and Mel{\'e}ndez, J.J.}}

AUTORES DE LA UEX

Juan José Meléndez Martínez
Antonia Pajares Vicente

OTRAS PUBLICACIONES DE INTERÉS

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Exploring Epitaxial Structures For Electrically Pumped Perovskite Lasers: A Study Of Cspb(Br,i)3 Based On The Ab Initio Bethe–salpeter Equation
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Role Of Inorganic Cations In The Excitonic Properties Of Lead Halide Perovskites
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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
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Effect Of The Drying Process On The Compressive Strength And Cell Proliferation Of Hydroxyapatite-Derived Scaffolds
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Effect Of The Drying Process On The Compressive Strength And Cell Proliferation Of Hydroxyapatite-Derived Scaffolds
Effect Of Graphene Substrate On The Spectroscopic Properties Of Photovoltaic Molecules: Role Of The In-Plane And Out-Of-Plane Π-Bonds
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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
Robocast 45s5 Bioglass Scaffolds: In Vitro Behavior
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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
Simulation Of Enamel Wear For Reconstruction Of Diet And Feeding Behavior In Fossil Animals: A Micromechanics Approach
Biphasic Calcium Phosphate Scaffolds Fabricated By Direct Write Assembly: Mechanical, Anti-Microbial And Osteoblastic Properties
Simulation Of Enamel Wear For Reconstruction Of Diet And Feeding Behavior In Fossil Animals: A Micromechanics Approach
Numerical Matrix Method For Quantum Periodic Potentials
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Numerical Matrix Method For Quantum Periodic Potentials
In2o3 Doped With Hydrogen: Electronic Structure And Optical Properties From The Pseudopotential Self-Interaction Corrected Density Functional Theory And The Random Phase Approximation
Numerical Matrix Method For Quantum Periodic Potentials
In2o3 Doped With Hydrogen: Electronic Structure And Optical Properties From The Pseudopotential Self-Interaction Corrected Density Functional Theory And The Random Phase Approximation
Understanding The Role Of Dip-Coating Process Parameters In The Mechanical Performance Of Polymer-Coated Bioglass Robocast Scaffolds
In2o3 Doped With Hydrogen: Electronic Structure And Optical Properties From The Pseudopotential Self-Interaction Corrected Density Functional Theory And The Random Phase Approximation
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
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Can Erbium Dopant Occupy Both Cation Sites In Cubic Barium Titanate Via A Mechanism Different Than Self-Compensation?
Mechanics Of Microwear Traces In Tooth Enamel
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Yttrium Segregation And Oxygen Diffusion Along High-Symmetry Grain Boundaries In Ysz
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Yttrium Segregation And Oxygen Diffusion Along High-Symmetry Grain Boundaries In Ysz
First-Principles Study Of Neutral Defects In Fe-Doped Cubic Barium Titanate
Yttrium Segregation And Oxygen Diffusion Along High-Symmetry Grain Boundaries In Ysz
First-Principles Study Of Neutral Defects In Fe-Doped Cubic Barium Titanate
Influence Of Sintering Temperature On The Mechanical Properties Of Ε-Pcl-Impregnated 45s5 Bioglass-Derived Scaffolds Fabricated By Robocasting
First-Principles Study Of Neutral Defects In Fe-Doped Cubic Barium Titanate
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
A Model For Predicting Wear Rates In Tooth Enamel
Effect Of Polymer Infiltration On The Flexural Behavior Of Β-Tricalcium Phosphate Robocast Scaffolds
A Model For Predicting Wear Rates In Tooth Enamel
Comment On Density Functional Theory Investigation Of Site Predilection Of Fe Substitution In Barium Titanate
A Model For Predicting Wear Rates In Tooth Enamel
Comment On Density Functional Theory Investigation Of Site Predilection Of Fe Substitution In Barium Titanate
Robocasting Of 45s5 Bioactive Glass Scaffolds For Bone Tissue Engineering
Comment On Density Functional Theory Investigation Of Site Predilection Of Fe Substitution In Barium Titanate
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
Segregation To The Grain Boundaries In Ysz Bicrystals: A Molecular Dynamics Study
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Segregation To The Grain Boundaries In Ysz Bicrystals: A Molecular Dynamics Study
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Segregation To The Grain Boundaries In Ysz Bicrystals: A Molecular Dynamics Study
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A Molecular Dynamics Study Of Grain Boundaries In Ysz: Structure, Energetics And Diffusion Of Oxygen
Chronology Of Metastasis In Cutaneous Melanoma: Growth Rate Model
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Chronology Of Metastasis In Cutaneous Melanoma: Growth Rate Model
Segregation-Induced Grain-Boundary Electrical Potential In Ionic Oxide Materials: Simulation Approaches And Pending Challenges
Chronology Of Metastasis In Cutaneous Melanoma: Growth Rate Model
Segregation-Induced Grain-Boundary Electrical Potential In Ionic Oxide Materials: Simulation Approaches And Pending Challenges
Cation Diffusion In Yttria-Zirconia By Molecular Dynamics
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Cation Diffusion In Yttria-Zirconia By Molecular Dynamics
Strength Of Aluminium Titanate/mullite Composites Containing Thermal Stabilizers
Cation Diffusion In Yttria-Zirconia By Molecular Dynamics
Strength Of Aluminium Titanate/mullite Composites Containing Thermal Stabilizers
Erratum: Segregation-Induced Grain Boundary Electrical Potential In Ionic Oxide Materials: A First Principles Model (Acta Materialia (2010) 58 (6404-6410))
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Erratum: Segregation-Induced Grain Boundary Electrical Potential In Ionic Oxide Materials: A First Principles Model (Acta Materialia (2010) 58 (6404-6410))
Effect Of Microstructure On The Mechanical Properties Of Liquid-Phase-Sintered Silicon Carbide At Pre-Creep Temperatures
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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
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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
Segregation-Induced Grain Boundary Electrical Potential In Ionic Oxide Materials: A First Principles Model
Improving The Compressive Strength Of Bioceramic Robocast Scaffolds By Polymer Infiltration
Segregation-Induced Grain Boundary Electrical Potential In Ionic Oxide Materials: A First Principles Model
Application Of The Charge Flipping Algorithm To The Ab Initio Structure Determination Of Disordered Zncl2(Bztz)2 [Bztz = N-(5,6-Dihydro-4h-1,3-Thiazin-2-Yl)-2-Aminobenzimidazole]
Segregation-Induced Grain Boundary Electrical Potential In Ionic Oxide Materials: A First Principles Model
Application Of The Charge Flipping Algorithm To The Ab Initio Structure Determination Of Disordered Zncl2(Bztz)2 [Bztz = N-(5,6-Dihydro-4h-1,3-Thiazin-2-Yl)-2-Aminobenzimidazole]
Fabricación De Una Célula De Medidas Eléctricas Para Materiales Cerámicos
Application Of The Charge Flipping Algorithm To The Ab Initio Structure Determination Of Disordered Zncl2(Bztz)2 [Bztz = N-(5,6-Dihydro-4h-1,3-Thiazin-2-Yl)-2-Aminobenzimidazole]
Fabricación De Una Célula De Medidas Eléctricas Para Materiales Cerámicos
Crystal Structure Of [Nbu4]2[Pd2{C4(Coome)4}2(Μ-Oh)2] Determined Ab Initio By Charge Flipping
Fabricación De Una Célula De Medidas Eléctricas Para Materiales Cerámicos
Crystal Structure Of [Nbu4]2[Pd2{C4(Coome)4}2(Μ-Oh)2] Determined Ab Initio By Charge Flipping
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Crystal Structure Of [Nbu4]2[Pd2{C4(Coome)4}2(Μ-Oh)2] Determined Ab Initio By Charge Flipping
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Contact Fatigue Of Silicon
Effect Of Temperature On The Pre-Creep Mechanical Properties Of Silicon Nitride
Contact Fatigue Of Silicon
Mechanical Properties Of Calcium Phosphate Scaffolds Fabricated By Robocasting
Contact Fatigue Of Silicon
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
Hardness Degradation In Liquid-Phase-Sintered Sic With Prolonged Sintering
Finite Element Modeling As A Tool For Predicting The Fracture Behavior Of Robocast Scaffolds
Hardness Degradation In Liquid-Phase-Sintered Sic With Prolonged Sintering
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Hardness Degradation In Liquid-Phase-Sintered Sic With Prolonged Sintering
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Role Of Indenter Material And Size In Veneer Failure Of Brittle Layer Structures
Contact Properties Of Yttria Partially Stabilized Zirconia Up To 1000°c
Role Of Indenter Material And Size In Veneer Failure Of Brittle Layer Structures
Temperature Dependence Of Mechanical Properties Of Alumina Up To The Onset Of Creep
Role Of Indenter Material And Size In Veneer Failure Of Brittle Layer Structures
Temperature Dependence Of Mechanical Properties Of Alumina Up To The Onset Of Creep
Design Maps For Failure Of All-Ceramic Layer Structures In Concentrated Cyclic Loading
Temperature Dependence Of Mechanical Properties Of Alumina Up To The Onset Of Creep
Design Maps For Failure Of All-Ceramic Layer Structures In Concentrated Cyclic Loading
Application Of Hertzian Tests To Measure Stress-Strain Characteristics Of Ceramics At Elevated Temperatures
Design Maps For Failure Of All-Ceramic Layer Structures In Concentrated Cyclic Loading
Application Of Hertzian Tests To Measure Stress-Strain Characteristics Of Ceramics At Elevated Temperatures
Creep And Microstructural Evolution At High Temperature Of Liquid-Phase-Sintered Silicon Carbide
Application Of Hertzian Tests To Measure Stress-Strain Characteristics Of Ceramics At Elevated Temperatures
Creep And Microstructural Evolution At High Temperature Of Liquid-Phase-Sintered Silicon Carbide
Fracture Modes Under Uniaxial Compression In Hydroxyapatite Scaffolds Fabricated By Robocasting
Creep And Microstructural Evolution At High Temperature Of Liquid-Phase-Sintered Silicon Carbide
Fracture Modes Under Uniaxial Compression In Hydroxyapatite Scaffolds Fabricated By Robocasting
Bulk Silicon Is Susceptible To Fatigue
Fracture Modes Under Uniaxial Compression In Hydroxyapatite Scaffolds Fabricated By Robocasting
Bulk Silicon Is Susceptible To Fatigue
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Bulk Silicon Is Susceptible To Fatigue
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Microwave Sintering Of Nanocrystalline Ytzp (3 Mol%)
Mechanical Behaviour Under Uniaxial Compression Of Robocast Calcium Phosphate Scaffolds
Microwave Sintering Of Nanocrystalline Ytzp (3 Mol%)
Propiedades Mecánicas De Cerámicos A Termperaturas Intermedias
Microwave Sintering Of Nanocrystalline Ytzp (3 Mol%)
Propiedades Mecánicas De Cerámicos A Termperaturas Intermedias
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Propiedades Mecánicas De Cerámicos A Termperaturas Intermedias
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Synthesis, Molecular Characterization By Infrared Spectroscopy, And Crystal Structure Determination By X-Ray Powder Diffractometry Of [Zncl 2(Tdtz)] [Tdtz = 2-(3,4-Dichlorophenyl)imino-N-(2-Thiazin-2-Yl) Thiazolidine]
Influence Of Zirconia Sol-Gel Coatings On The Fracture Strength Of Brittle Materials
Synthesis, Molecular Characterization By Infrared Spectroscopy, And Crystal Structure Determination By X-Ray Powder Diffractometry Of [Zncl 2(Tdtz)] [Tdtz = 2-(3,4-Dichlorophenyl)imino-N-(2-Thiazin-2-Yl) Thiazolidine]
Success Of The Z-Matrix Representation In Monte-Carlo Structural Determination Of Stimulant Drugs (Caffeine And Nicotine) From Their X-Ray Powder Diffraction Pattern
Synthesis, Molecular Characterization By Infrared Spectroscopy, And Crystal Structure Determination By X-Ray Powder Diffractometry Of [Zncl 2(Tdtz)] [Tdtz = 2-(3,4-Dichlorophenyl)imino-N-(2-Thiazin-2-Yl) Thiazolidine]
Success Of The Z-Matrix Representation In Monte-Carlo Structural Determination Of Stimulant Drugs (Caffeine And Nicotine) From Their X-Ray Powder Diffraction Pattern
Plastic Deformation Mechanisms In Ceramic Polycrystals With Secondary Glassy Phases
Success Of The Z-Matrix Representation In Monte-Carlo Structural Determination Of Stimulant Drugs (Caffeine And Nicotine) From Their X-Ray Powder Diffraction Pattern
Plastic Deformation Mechanisms In Ceramic Polycrystals With Secondary Glassy Phases
Cavitation During Creep Of Si3n4 Polycrystals
Plastic Deformation Mechanisms In Ceramic Polycrystals With Secondary Glassy Phases
Cavitation During Creep Of Si3n4 Polycrystals
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Cavitation During Creep Of Si3n4 Polycrystals
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Structure Determination Of Nitrato-Κo-Bis[2-(2-Pyridyl-Κn) Amino-5,6-Dihydro-4h-1,3-Thiazine-Κn]copper(Ii) Nitrate Via Molecular Modelling Coupled With X-Ray Powder Diffractometry
Effect Of Sol-Gel Thin Coatings On The Fracture Strength Of Glass
Structure Determination Of Nitrato-Κo-Bis[2-(2-Pyridyl-Κn) Amino-5,6-Dihydro-4h-1,3-Thiazine-Κn]copper(Ii) Nitrate Via Molecular Modelling Coupled With X-Ray Powder Diffractometry
Creep Mechanism Of Gas-Pressure-Sintered Silicon Nitride Polycrystals Ii. Deformation Mechanism
Structure Determination Of Nitrato-Κo-Bis[2-(2-Pyridyl-Κn) Amino-5,6-Dihydro-4h-1,3-Thiazine-Κn]copper(Ii) Nitrate Via Molecular Modelling Coupled With X-Ray Powder Diffractometry
Creep Mechanism Of Gas-Pressure-Sintered Silicon Nitride Polycrystals Ii. Deformation Mechanism
Creep Mechanism Of Gas-Pressure-Sintered Silicon Nitride Polycrystals I. Macroscopic And Microscopic Experimental Study
Creep Mechanism Of Gas-Pressure-Sintered Silicon Nitride Polycrystals Ii. Deformation Mechanism
Creep Mechanism Of Gas-Pressure-Sintered Silicon Nitride Polycrystals I. Macroscopic And Microscopic Experimental Study
A Critical Analysis And A Recent Improvement Of The Two-Dimensional Model For Solution-Precipitation Creep: Application To Silicon Nitride Ceramics
Creep Mechanism Of Gas-Pressure-Sintered Silicon Nitride Polycrystals I. Macroscopic And Microscopic Experimental Study
A Critical Analysis And A Recent Improvement Of The Two-Dimensional Model For Solution-Precipitation Creep: Application To Silicon Nitride Ceramics
Creep Of Silicon Nitride
A Critical Analysis And A Recent Improvement Of The Two-Dimensional Model For Solution-Precipitation Creep: Application To Silicon Nitride Ceramics
Creep Of Silicon Nitride
Effect Of Oxide And Nitride Films On Strength Of Silicon: A Study Using Controlled Small-Scale Flaws
Creep Of Silicon Nitride
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
Characterisation And High Temperature Mechanical Properties Of Zirconium Boride-Based Materials
Designing Damage-Resistant Brittle-Coating Structures: I. Bilayers
Characterisation And High Temperature Mechanical Properties Of Zirconium Boride-Based Materials
Creep Behaviour Of Two Sintered Silicon Nitride Ceramics
Characterisation And High Temperature Mechanical Properties Of Zirconium Boride-Based Materials
Creep Behaviour Of Two Sintered Silicon Nitride Ceramics
Compressive Creep Of Mullite Containing Y2o3
Creep Behaviour Of Two Sintered Silicon Nitride Ceramics
Compressive Creep Of Mullite Containing Y2o3
Overview: Damage In Brittle Layer Structures From Concentrated Loads
Compressive Creep Of Mullite Containing Y2o3
Overview: Damage In Brittle Layer Structures From Concentrated Loads
Rate Effects In Critical Loads For Radial Cracking In Ceramic Coatings
Overview: Damage In Brittle Layer Structures From Concentrated Loads
Rate Effects In Critical Loads For Radial Cracking In Ceramic Coatings
High Temperature Mechanical Behavior Of Silicon Nitride Ceramics
Rate Effects In Critical Loads For Radial Cracking In Ceramic Coatings
High Temperature Mechanical Behavior Of Silicon Nitride Ceramics
Plastic Deformation Of Mullite/yttria Composites
High Temperature Mechanical Behavior Of Silicon Nitride Ceramics
Plastic Deformation Of Mullite/yttria Composites
Grain-Size Effect On Compressive Creep Of Silicon-Carbide-Whisker-Reinforced Aluminum Oxide
Plastic Deformation Of Mullite/yttria Composites
Grain-Size Effect On Compressive Creep Of Silicon-Carbide-Whisker-Reinforced Aluminum Oxide
High Temperature Mechanical Behaviour Of Silicon Nitride Ceramics
Grain-Size Effect On Compressive Creep Of Silicon-Carbide-Whisker-Reinforced Aluminum Oxide
High Temperature Mechanical Behaviour Of Silicon Nitride Ceramics
High Temperature Mechanical Behavior Of Aluminium Titanate-Mullite Composites
High Temperature Mechanical Behaviour Of Silicon Nitride Ceramics
High Temperature Mechanical Behavior Of Aluminium Titanate-Mullite Composites
Compressive Creep Of Polycrystalline Zrsio4
High Temperature Mechanical Behavior Of Aluminium Titanate-Mullite Composites
Compressive Creep Of Polycrystalline Zrsio4
Role Of Flaw Statistics In Contact Fracture Of Brittle Coatings
Compressive Creep Of Polycrystalline Zrsio4
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
Damage-Resistant Brittle Coatings
Contact Fracture Of Brittle Bilayer Coatings On Soft Substrates
Damage-Resistant Brittle Coatings
Damage-Resistant Brittle Coatings
Damage-Resistant Brittle Coatings
Damage-Resistant Brittle Coatings
Creep Of Al2o3 Containing A Small Volume Fraction Of Sic-Whiskers
Damage-Resistant Brittle Coatings
Creep Of Al2o3 Containing A Small Volume Fraction Of Sic-Whiskers
Contact Damage Resistance And Strength Degradation Of Glass-Infiltrated Alumina And Spinel Ceramics
Creep Of Al2o3 Containing A Small Volume Fraction Of Sic-Whiskers
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
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
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