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Carlos Ruiz Wills
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Multiscale regulation of the intervertebral disc: achievements in experimental, in silico, and regenerative research
L Baumgartner, K Wuertz-Kozak, CL Le Maitre, F Wignall, SM Richardson, ...
International Journal of Molecular Sciences 22 (2), 703, 2021
402021
Theoretical explorations generate new hypotheses about the role of the cartilage endplate in early intervertebral disk degeneration
C Ruiz Wills, B Foata, MÁ González Ballester, J Karppinen, J Noailly
Frontiers in physiology 9, 347212, 2018
332018
3D patient-specific finite element models of the proximal femur based on DXA towards the classification of fracture and non-fracture cases
CR Wills, AL Olivares, S Tassani, M Ceresa, V Zimmer, MAG Ballester, ...
Bone 121, 89-99, 2019
312019
Simulating the sensitivity of cell nutritive environment to composition changes within the intervertebral disc
CR Wills, A Malandrino, MM Van Rijsbergen, D Lacroix, K Ito, J Noailly
Journal of the Mechanics and Physics of Solids 90, 108-123, 2016
222016
Material propertydiscontinuitiesinintervertebral disc porohyperelastic finite elementmodelsgenerate numerical instabilitiesduetovolumetric strain variations
C Ruiz, J Noailly, D Lacroix
Journal of The Mechanical Behavior of Biomedical Materials 26, 1-10, 2013
192013
Misaligned spinal rods can induce high internal forces consistent with those observed to cause screw pullout and disc degeneration
ACY Loenen, DC Noriega, CR Wills, J Noailly, PD Nunley, R Kirchner, ...
The Spine Journal 21 (3), 528-537, 2021
182021
Las varillas espinales desalineadas pueden inducir fuerzas internas elevadas acordes con las observadas en las que causan la extracción del tornillo y la degeneración del disco
ACY Loenen, DC Noriega, C Ruiz Wills, J Noailly, PD Nunley, R Kirchner, ...
Spine J 21 (3), 528-537, 2021
102021
A computational study of intervertebral disc degeneration in relation to changes in regional tissue composition and disc nutrition
C Ruiz Wills
Universitat Politècnica de Catalunya, 2015
52015
Fragilidad relativa de fémures osteoporóticos evaluados con DXA y simulación de caídas con elementos finitos guiados por radiografías de urgencias
C Ruiz Wills, S Tassani, S Di Gregorio, S Martínez, G Ballester, L Humbert, ...
Revista de Osteoporosis y Metabolismo Mineral 12 (2), 62-70, 2020
12020
3D-DXA based finite element modelling for femur strength prediction: evaluation against QCT.
M Qasim, ML Picazo, CR Wills, J Noailly, S Di Gregorio, LMDR Barquero, ...
Journal of Clinical Densitometry 27 (2), 101471, 2024
2024
THE EFFECT OF GEOMETRIES AND GRADIENT OF STRAIN-DEPENDENT SOLUTE DIFFUSIVITY ON THE METABOLIC TRANSPORT IN PATIENT-SPECIFIC INTERVERTEBRAL DISCS
ZG Workineh, E Muñoz-Moya, CR Wills, J Noailly
Orthopaedic Proceedings 106 (SUPP_2), 3-3, 2024
2024
MINING OF BIOMECHANICAL AND GEOMETRY DATA OF INTERVERTEBRAL DISC FINITE ELEMENT SIMULATIONS
E Muñoz-Moya, C Ruiz, G Piella, J Noailly
Orthopaedic Proceedings 106 (SUPP_1), 138-138, 2024
2024
EFFECTS OF OSTEOPOROSIS DRUG TREATMENTS ON FEMUR STRENGTH USING 3D-SHAPER BASED FINITE ELEMENT ANALYSES
M Qasim, C Wills, R Winzenrieth, S Gregorio, L Rio, L Humbert, J Noailly
AGING CLINICAL AND EXPERIMENTAL RESEARCH 34 (SUPPL 1), S198-S198, 2022
2022
Supervised Machine Learning Techniques for Hip Fracture Prediction from DXA-based 3D Patient-Specific Femur Model Fall Simulations.
S Guardiola, C Ruiz, J Noailly, J Moreton, S Di Gregorio, L Humbert, ...
JOURNAL OF BONE AND MINERAL RESEARCH 33, 327-327, 2018
2018
MAJOR PRINCIPAL STRESS (MPS) DERIVED THROUGH DXA-BASED 3D MODELLING AS A HIGH PREDICTIVE NEW VARIABLE FOR HIP FRACTURE
C Ruiz, L Del Rio, S Tassani, MA Gonzalez, L Humbert, J Noailly, ...
OSTEOPOROSIS INTERNATIONAL 29, S527-S527, 2018
2018
Finite Element Analysis of 3D-DXA Femur Reconstructions to Predict Hip Fracture.
L Del Rio, C Ruiz, A Luis Olivares, S Di Gregorio, S Tassani, ...
JOURNAL OF BONE AND MINERAL RESEARCH 32, S90-S91, 2017
2017
Statistical Comparison of the" medical" with the" virtual" Decision Result
D Lacroix, J Alsayednoor, A Frangi, J Arenas, J Pozo, C Hellmich, ...
2014
MATERIAL DISCONTINUITIES CREATE FLUID FLOW INSTABILITIES IN INTERVERTEBRAL DISC POROELASTIC FINITE ELEMENT MODELS
C Ruiz, J Noailly, D Lacroix
Journal of Biomechanics, S600, 2012
2012
Mesh convergence is affected by poroelasticity in multi-tissue intervertebral disc models
C Ruiz, J Noailly, D Lacroix
3D DXA-BASED PATIENT-SPECIFIC FEMUR FINITE ELEMENT MODEL FOR CLASSIFICATION OF FRACTURE AND NON-FRACTURE CASES
CR Wills, A Olivares, S Tassani, MAG Ballester, LM Del Río, L Humbert, ...
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Articles 1–20