NUI Galway – UL Alliance First Annual ENGINEERING AND - ARAN ...
NUI Galway – UL Alliance First Annual ENGINEERING AND - ARAN ...
NUI Galway – UL Alliance First Annual ENGINEERING AND - ARAN ...
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
4 MECHANICAL <strong>AND</strong> BIOMEDICAL <strong>ENGINEERING</strong> 48<br />
4.1 3D Computational Modeling of Blood Flow in the Circle of Willis 49<br />
4.2 Microstructural Modelling of Fatigue Crack Nucleation in Stents 50<br />
4.3 Experimental and Computational Investigation into Osteocyte Differentiation 51<br />
4.4 An examination into how stem cells form bone in vivo 52<br />
4.5 Experimental Analysis of the Thermal Effects of Surgical Bone Cutting 53<br />
4.6 Cortical Bone Failure Mechanisms during Screw Pullout 54<br />
4.7 Simulating Actin Cytoskeleton Remodelling in the Shearing of Chondrocytes 55<br />
4.8 Modelling Corrosion in Bioabsorbable Metallic Stents 56<br />
4.9 Computational Analysis of Transcatheter Bioprosthetic Valve Design 57<br />
4.10 An Investigation on the use of Silicone to Model Arterial Tissue Behaviour in the Carotid<br />
Bifurcation 58<br />
4.11 An In vitro Shear Stress System for the Study of Cell‐seeded Scaffolds: A Molecular Biology &<br />
Computational Analysis 59<br />
4.12 The Elasto‐Plastic Properties of Trabecular Bone and Polyurethane Foam: An Experimental<br />
and Computational Characterisation 60<br />
4.13 Development of a Micropipette Aspiration and Microscopy System to Investigate Active<br />
Cytoskeletal Remodelling 61<br />
4.14 Investigating the Potential of Off‐the‐Shelf Tissue Engineered Cardiovascular Graft Materials 62<br />
4.15 A Computational Test‐Bed to Examine the Effects of Arterial Curvature and Stenosis Severity<br />
on Coronary Stent Deployment 63<br />
4.16 Effects of Knee Flexion on Stented Peripheral Arteries <strong>–</strong> A Computational and In Vitro Study 64<br />
4.17 Computational Modeling of Ceramic‐based Bone Tissue Engineering Scaffolds 65<br />
4.18 A Comparative Study on the Evaluation of OHS in SME Meat Plants 66<br />
4.19 Multi‐Scale Computational Modelling of Physiological Loading on Bone Cells 67<br />
4.20 Development of Four Three‐Dimensional Strain Transducers with Application to Analysis of<br />
Cement Mantle in a Femoral Model of a Total Hip Replacement Prostheses 68<br />
4.21 Development of a mixed‐mode cohesive zone model for stent and cell applications 69<br />
4.22 Fatigue of Nitinol: Experimental and Computational Analysis on the Effect of Stent Crimping 70<br />
v