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Conference Agenda

Overview and session details of the ESB2024 congress.
Please select a date or location to view only sessions for that date or location. Please select an individual session for a detailed view (with abstracts where available).
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Session Overview

Session

Import to your local calendar

8.7: Computational methods in tissue mechanics II

Time:

Wednesday, 03/July/2024:

9:45am - 10:55am

Session Chair: Marlene Mengoni
Session Chair: Sam Evans

Location: Harris Suite

Presentations

9:45am - 9:55am
ID: 206

NANOMECHANICS OF COLLAGEN-HYALURONAN INTERFACES IN ANNULUS FIBROSUS

S. Bhattacharya^1,2, D. K. Dubey¹

¹Indian Institute of Technology Delhi, New Delhi, India; ²University of Leeds, Leeds, United Kingdom,

ESB2024_206_Bhattacharya_8.7.pdf

9:55am - 10:05am
ID: 558

SIMULATED MECHANICAL TESTS ON A HYDROXYAPATITE NANOCRYSTAL WITH DIFFERENT PH AND THICKNESS

L. Ravazzano¹, F. Libonati^1,2

¹Center for Nano Science and Technology@Polimi, Italian Institute of Technology (IIT) - Italy; ²Department of Mechanical, Energy, Management and Transport Engineering – DIME, University of Genova - Italy

ESB2024_558_Ravazzano_8.7_abstract.pdf

10:05am - 10:15am
ID: 621

COMPARING INTERVERTEBRAL DISC PRESSURE WITH FORCES AND MOMENTS IN THE DEVELOPMENT OF SUBJECT-SPECIFIC FE MODELS

E. S. Kelly¹, A. A Javadi¹, T. Holsgrove¹, M. Ward¹, D. Williams², D. Shillabeer², J. Williams², C. Holt², J. Meakin¹

¹University of Exeter, United Kingdom; ²Cardiff University, United Kingdom

ESB2024_621_Kelly_8.7.pdf

10:15am - 10:25am
ID: 832

BONE REMODELLING SIMULATION USING SPATIAL INFLUENCE FUNCTION: 3D CUBE CASE

I. R. Safira, M. Ramette, S. Masouros, A. M J Bull

Imperial College London, United Kingdom

ESB2024_832_Safira_8.7.pdf

10:25am - 10:35am
ID: 1130

EFFECT OF LIGAMENT LAXITY RANGES ON THE RESPONSE OF A LUMBAR MODEL FOR DIFFERENT LOAD LEVELS

P.-H. Minster, Y. Lafon, P. Beillas

Univ Lyon - Univ Eiffel

ESB2024_1130_Minster_8.7.pdf

10:35am - 10:45am
ID: 1309

REACTIVE VISCOELASTIC MATERIAL MODEL OF THE ANNULUS FIBROSUS WITH CONSTITUTIVE FATIGUE MODELING

L. Frazer¹, S. Shaffer¹, J. Seifert², B. Stemper², D. Nicolella¹

¹Southwest Research Institute, United States of America; ²Medical College of Wisconsin, United States of America

ESB2024_1309_Nicolella_8.7.pdf

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