| 369 |
Sam |
Evans |
Errors and uncertainties in the identification of material parameters using the inverse finite element method |
UK |
| 366 |
Taiji |
Adachi |
Mechanical Behavior of Actin Filaments under Tension: A Molecular Dynamics Simulation Study |
Japan |
| 379 |
Christoph |
Bichlmeier |
Using FE Simulations To Optimize Implant And Medical Device Design |
Germany |
| 363 |
Lynne |
Bilston |
Computational Modelling of Syringomyelia |
Australia |
| 364 |
Christoph |
Bourauel |
The Effect of Periodontitis on the Biomechanical Behaviour of the
Periodontal Ligament |
Germany |
| 351 |
Estevam de las |
Casas |
Force measuring devices and numerical simulation for mouth muscles |
Brazil |
| 370 |
J.M. |
Crolet |
Simulation of Bone Remodeling With the Sinupros Model |
France |
| 358 |
Tim |
David |
Modelling and simulation of the brain and its functions |
New Zealand |
| 380 |
Manuel |
Doblare |
Simulation Of Cell Processes Into Hydrogel Substrates. Comparison With Experiments |
Spain |
| 376 |
Gabriele |
Dubini |
Endovascular stenting simulations: from solid mechanics to drug elution |
Italy |
| 367 |
Yubo |
Fan |
Biomechanical Investigation on Woodpecker’s Resistance to Head Impact Injury |
China |
| 357 |
Paulo |
Fernandes |
Multiscale Modeling of Bone Tissue –Application to bone substitutes design and bone quality analysis |
Portugal |
| 361 |
Thomas |
Franz |
Computational Cardiac Biomechanics towards Improved Understanding and Treatment of Myocardial Infarction |
South Africa |
| 352 |
Amit |
Gefen |
Computational Modeling of
Mechanotransduction: Studying Differentiation and Migration Behavior of Cells |
Israel |
| 371 |
Richard |
Hall |
Functional Joint Simulation |
UK |
| 353 |
Andrew |
Hopkins |
R&D activities and the role of computational modelling at Zimmer |
Zimmer Orthopaedics, Switzerland |
| 387 |
Christopher |
Jacobs |
|
USA |
| 378 |
Frederic |
Marin |
Human joint modeling: theory, methodology and applications |
France |
| 359 |
Ralph |
Müller |
Computational Prediction Of Load Induced Bone Remodeling In Response To Aging, Disease And Treatment In Vivo |
Switzerland |
| 365 |
Arturo |
Natali |
Foot biomechanics: constitutive formulation and numerical modeling of the hindfoot region |
Italy |
| 354 |
Cees |
Oomens |
The relative contribution of muscle deformation and ischaemia to pressure ulcer development |
The Netherlands |
| 388 |
Djenane Cordeiro |
Pamplona |
Planning Skin Expansion Surgery: How, Where and How Many |
Brazil |
| 386 |
Marcus |
Pandy |
Muscle Biomechanics In Human Running |
Australia |
| 385 |
Riccardo |
Pietrabissa |
Mechanobiology: Trends for New Therapies and Competitive Companies |
Italy |
| 374 |
Dominique |
Pioletti |
Biomechanical Stimulus As A Trigger Signal For Bone Tissue Engineering And Drug Delivery System Applications |
Switzerland |
| 384 |
Lalaonirina |
Rakotomanana |
Influence of Fluid-Structure Interaction in Biomechanics : Applications to Dynamic Loading |
France |
| 383 |
Stephen |
Richmond |
Acquiring Facial Muscle Fibre Orientation for Muscle Models |
UK |
| 356 |
Antonius |
Rohlmann |
Loads on the lumbar spine |
Germany |
| 389 |
Jörn |
Seebeck |
Computational Modeling for Design Verification of Medical Devices |
Switzerland |
| 350 |
Saeed |
Shirazi-Adl |
Knee joint model studies: From passive response to active kinematics-driven analysis of gait |
Canada |
| 381 |
Wafa |
Skalli |
Advances in Medical Imaging and Applications to Osteoporosis |
France |
| 373 |
Jos Vander |
Sloten |
Biomechanics for smarter and safer surgery |
Belgium |
| 368 |
João |
Tavares |
|
Portugal |
| 362 |
Bill |
Taylor |
Holistic approaches for the improved assessment of function |
Germany |
| 355 |
Marc |
Thiriet |
High intensity focused ultrasound in liver tumor therapy: a multiphysics problem |
France |
| 375 |
Pascal |
Verdonck |
Pharmacokinetic Modeling Of Dynamic Contrast-Enhanced MRI For Assesment Of Cancer Treatment |
Belgium |
| 377 |
Jeff |
Weiss |
Structure and Function of Ligaments and Tendons |
USA |
| 382 |
Philippe |
Young |
New Developments in Image-Based Modelling |
UK |
| 372 |
Philippe |
Zysset |
Variability of Indentation Modulus Among Bone Structural Units Cannot be Explained by Mean Fibril Orientation and Mineral Mass Fraction |
Switzerland |
