ESB 2022 Tracks
3D printing in biomedicine
Advance computing for biomechanics
AI in biomechanics
Animal and plant biomechanics
Biofluid and transport
Biomaterials
Biomechanics of aging
Biomechanics of movement and posture
Biomedical imaging
Brain biomechanics
Cardiovascular biomechanics
Cellular and molecular biomechanics / mechanobiology
Clinical and translational biomechanics / in silico trials
Computational biology
Computer aided diagnosis, planning, and surgery
Dental biomechanics
Ergonomics / occupational biomechanics / rehabilitation
Experimental biomechanics
Hard tissue biomechanics
Impact / injury biomechanics
Implants /orthotics / prosthetics / devices
Musculoskeletal biomechanics
Neuromuscular control
Ocular biomechanics
Patient-specific modelling
Reproductive biomechanics
Respiratory biomechanics
Robots and biomechanics
Skin biomechanics
Soft tissue biomechanics
Spine biomechanics
Sport biomechanics
Tissue engineering
Virtual and augmented reality in biomechanics
Perspective talks submission is OPEN!
Deadline: November 30th, 2023
Senior researchers are invited to submit perspective talks in their area of research. A Perspectives Talk (PT) is a ‘mini-keynote’, i.e., an extended presentation that introduces a session. PT is given by an established researcher or tandem of experts from different fields/backgrounds with focus on a cutting edge, coherent body of research. It should give a brief overview of results and unanswered questions, based mainly, but not exclusively on their own and their group’s contribution to this field, and must include future vision and challenges to be targeted. PTs are intended to encourage intergenerational and multidisciplinary networking and to give scientists the opportunity to learn from those with more experience.
- Abstract template use is mandatory.
- The abstract should be compiled without changing the styles.
- The abstract must not exceed one page (a word count of approximately 500 words).
- The abstract should be uploaded as PDF document through the conference website. Maximum size of the PDF file: 1 Mb.
- Please refer directly to the Abstract template document for the complete guidelines.
Perspective talks
ESB 2024 MAIN TOPICS
- Cardiovascular biomechanics
- Cardiovascular implants and devices
- Cardiovascular imaging
- Computational methods for cardiovascular applications
- Musculoskeletal Biomechanics
- Orthopaedic implants and devices
- Muscoloskeletal imaging
- Computational methods for orthopaedic applications
- Hard tissue biomechanics
- Soft tissue biomechanics
- Computational methods in tissue mechanic
- Mechanobiology
- Tissue engineering
- Biomaterials
- Cellular and molecular biomechanics
- Human movement
- Orthotics & Prosthetics
- Sport Biomechanics
- Ergonomics and occupational biomechanics
- Rehabilitation
- Impact/injury biomechanics
- In silico and real clinical trials
- Verification, validation and uncertainties quantification
- Computational biology
- Additive manufacturing for biomedical applications
- Humanoid robotics and mechatronics
- In vivo measurement and sensors in biomechanics
- New mathematics in biomechanics
- Biomechanics education
- Data driven healthcare and machine learning in biomechanics
- Animal and Plant biomechanics
- Respiratory biomechanics
- Dental biomechanics
- Ocular biomechanics
- Reproductive biomechanics
Speaker | Institution | Perspective Talk Title | Track |
|---|---|---|---|
Maria Angeles Perez Anson | University of Zaragoza, Spain | Present and future of computer-aided diagnosis, planning and surgery | Computer aided diagnosis, planning, and surgery |
Ayman Assi | Faculty of Medicine, University of Saint-Joseph, Beirut | Quantitative functional assessment in the setting of adult spinal deformity using 3D movement analysis | Biomechanics of movement and posture |
Idit Avrahami | Ariel University, Israel | Hemodynamical study of a novel percutaneous left ventricle assist device | AI in biomechanics |
Vasilios Baltzopoulos | Liverpool John Moores University, United Kingdom | Knee joint forces and cartilage stress in Osteoarthritis | Virtual and augmented reality in biomechanics |
Keefe B. Manning | The Pennsylvania State University, United States | Challenges of validating computational thrombosis models | Cardiovascular biomechanics |
Cameron Peter Brown | QUT, Australia | Spider silk and collagen: a tale of two 'super fibres' | Biomaterials |
Gianluca Ciardelli | Politecnico di Torino, Italy | Tailor-made polymers: an additional degree of freedom in the tuning of mechanical properties in tissue modeling | Biomaterials |
John Costi | Flinders University, Australia | Multiscale biomechanical and structural properties of lumbar intervertebral discs: mechanisms of injury | Spine biomechanics |
Michael Crichton | Heriot Watt University, Scotland UK | Skin – an accessible window to health | Skin biomechanics |
Luca Cristofolini | University of Bologna, Italy | Investigating the biomechanics of the spine with digital image correlation (DIC) | Spine biomechanics |
Donald D. Anderson | University of Iowa, United States | Translational computational studies toward preventing post-traumatic osteoarthritis after joint injury | Clinical and translational biomechanics / in silico trials |
Nele Famey | KU Leuven, Belgium | C4Bio: Community Challenge towards Consensus on Characterization of Biological tissue | Clinical and translational biomechanics / in silico trials |
Jörg Fehr | University of Stuttgart, Germany | EMMA4Drive - digital human twins for evaluating ergonomics and safety in new mobility solutions | Ergonomics / occupational biomechanics / rehabilitation |
Arnaud Germaneau | Université de Poitiers, France | Digital twins and coupled approaches for management of tibial plateau fracture | Impact / injury biomechanics |
Maria José Gómez-Benito | University of Zaragoza, Spain | Computational simulations to unravel cell mechanotrasduction in pathological and physiological processes | Computational biology |
Greet Kerckhofs | UCLouvain, Belgium | X-ray based 3D histology of biological tissues | Biomedical imaging |
Ning Lan | Shanghai Jiao Tong University, China | Restoring muscle biomechanics and nerual reflex with biorealistic computational models for hand prosthesis | Robots and biomechanics |
Spyros Masouros | Imperial College London, United Kingdom | Modelling blast injury; from clinical data to pathophysiology and protection | Impact / injury biomechanics |
Claudia Mazzà | The University of Sheffield, United Kingdom | Real world monitoring of gait: challenges and solutions for a comprehensive technical validation | Biomechanics of movement and posture |
Jean-Baptiste Michel | Lorraine University, France | Phylogenic and ontogenic determinants of mechanotransduction in the human aorta | Cardiovascular biomechanics |
Jörg Miehling | Engineering Design, Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany | Individualized vs. Population-based musculoskeletal simulation for medical and product engineering | Ergonomics / occupational biomechanics / rehabilitation |
Mehran Moazen | University College London, United Kingdom | Biomechanics of craniofacial growth | Muscoloskeletal biomechanics |
Pankaj Pankaj | The University of Edinburgh, Scotland, UK | Modelling mechanical demands arising from clinical requirements for fracture fixation | Implants / orthotics / prosthetics / devices |
Mathias Peirlinck | Delft University of Technology, The Netherlands | Opportunities in multiscale and multiphysics human heart modeling | Cardiovascular biomechanics |
Barbara Pierscionek | Anglia Ruskin University, United Kingdom | The biomechanics of the eye lens and accommodative system: Clinical opportunities and biomechanical challenges | Ocular biomechanics |
Davide Ruffoni | University of Liege, Belgium | Mineralized fibrocartilage as a highly tunable tissue allowing the integration of tendon into bone | Hard tissue biomechanics |
Guillermo Rus | University of Granada, Spain | Viscosity and nonlinear elastography will become the next generation biomarkers in clinical diagnosis | Biomedical imaging |
Eoin O'Cearbhaill | University College Dublin, Ireland | Harnessing 3D printing to optimise medical device interaction with soft tissue | Implants / orthotics / prosthetics / devices |
Hans Van Oosterwyck | KU Leuven, Belgium | Cellular force exertion during vascular invasion: Measurement and application to disease | Cellular and molecular biomechanics / mechanobiology |
Marco Viceconti | Alma Mater Studiorum - University of Bologna, Italy | In silico trials to assess the safety and efficacy of new treatments for musculoskeletal diseases | Clinical and translational biomechanics / in silico trials |
Xuguang Wang | Université Gustave Eiffel, France | Experimental and biomechanical modeling investigations for understanding seating discomfort | Ergonomics / occupational biomechanics / rehabilitation |
Richard Weinkamer | Max Planck Institute of Colloids and Interfaces, Germany | Mechanosensing in bone using fluid flow through networks | Muscoloskeletal biomechanics |
Junfeng Zhang | Laurentian University, Canada | Computer modelling and investigations of capsule dynamics in flows: membrane viscosity effect | Biofluid and transport |