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1.

Understanding nature's residual strain engineering at the human dentine-enamel junction interface

Sui, T; Lunt, AJ; Baimpas, N; Sandholzer, MA; Li, T; Zeng, K; Landini, Gabriel; Korsunsky, AM.

Acta Biomaterialia ; Mar 1(32): 256-63, 2016.

Article in English | URUGUAIODONTO | ID: odn-44255

Subject(s)

Stress, Mechanical , Dental Enamel , Dentin , Elasticity , Image Processing, Computer-Assisted , Ions

2.

X-ray Study of Human Dental Tissues Affected by Erythroblastosis Fetalis

Sui, T; Ying, S; Korsunsky, AM; Landini, Gabriel.

Journal of Dental Research ; 94(7): 1004-10, 2015.

Article in English | URUGUAIODONTO | ID: odn-44253

Subject(s)

Bilirubin , Dental Enamel , Dentin , Jaundice, Neonatal , Coloring Agents , Tooth

3.

X-ray Study of Human Dental Tissues Affected by Erythroblastosis Fetalis.

Sui, T; Ying, S; Korsunsky, AM; Landini, Gabriel.

Journal of Dental Research ; 94(7): 1004-10, 2015.

Article in English | URUGUAIODONTO | ID: odn-44216

Subject(s)

Tooth Discoloration , Diagnostic Imaging , Tooth , Erythroblastosis, Fetal

4.

X-ray scattering evaluation of ultrastructural changes in human dental tissues with thermal treatment

Sandholzer, MA; Sui, T; Korsunsky, AM; Walmsley, AD; Lumley, PJ; Landini, Gabriel.

Journal of Forensic Sciences ; 59(3): 769-74, 2014.

Article in English | URUGUAIODONTO | ID: odn-44252

Subject(s)

Cremation , Dental Enamel , Dentin , Dentin , Forensic Dentistry , Hot Temperature , Tooth , Scattering, Small Angle , DISFRACCION DE RAYOS X , X-Ray Microtomography

5.

Structure-mechanical function relations at nano-scale in heat-affected human dental tissue

Sui, T; Sandholzer, MA; Le Bourhis, E; Baimpas, N; Landini, Gabriel; Korsunsky, AM..

Journal of the mechanical behavior of biomedical materials ; 32: 113-24, 2014.

Article in English | URUGUAIODONTO | ID: odn-44251

Subject(s)

Tooth , Nanostructures , Scattering, Small Angle , Hot Temperature

6.

Hierarchical modelling of in situ elastic deformation of human enamel based on photoelastic and diffraction analysis of stresses and strains

Sui, T; Lunt, AJ; Baimpas, N; Sandholzer, MA; Hu, J; Dolbnya, IP; Landini, Gabriel; Korsunsky, AM.

Acta Biomaterialia ; 10(1): 343-54, 2014.

Article in English | URUGUAIODONTO | ID: odn-44250

Subject(s)

Biomechanical Phenomena , Compressive Strength , Computer Simulation , Dental Enamel , Dental Enamel , Durapatite , Elasticity , Finite Element Analysis , Light , Stress, Mechanical , Models, Theoretical , Synchrotrons , X-Ray Diffraction

7.

Hierarchical modelling of elastic behaviour of human enamel based on synchrotron diffraction characterisation

Sui, T; Sandholzer, MA; Baimpas, N; Dolbnya, IP; Landini, Gabriel; Korsunsky, AM.

Journal of structural biology ; 184(2): 136-46, 2013.

Article in English | URUGUAIODONTO | ID: odn-44249

Subject(s)

Algorithms , Dental Enamel , Dental Enamel , Durapatite , Elastic Modulus , Models, Molecular , Molar , Molar , Scattering, Small Angle , Synchrotrons , X-Ray Diffraction , X-Ray Microtomography

8.

Multiscale modelling and diffraction-based characterization of elastic behaviour of human dentine.

Sui, T; Sandholzer, MA; Baimpas, N; Dolbnya, IP; Walmsley, A; Lumley, PJ; Landini, Gabriel; Korsunsky, AM.

Acta Biomaterialia ; 9(8): 7937-47, 2013.

Article in English | URUGUAIODONTO | ID: odn-44248

Subject(s)

Compressive Strength , Computer Simulation , Dentin , Dentin , Elastic Modulus , Hardness , In Vitro Techniques , Models, Biological , Models, Chemical , Stress, Mechanical , Tensile Strength , X-Ray Diffraction

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