Peer Review Process

• All abstracts or papers will be peer-reviewed. The review recommendation shall be based on the novelty of the ideas, scientific merits and suitability to this conference. The conference encourages presentations discussing novel ideas;
• Multiple reviewers may be approached for technical and editorial reports. Conference Chairmen make the final decision.

Archive Access Policy

The presentations that make up the current and archived conferences on this site have been made open access and are freely available for viewing, for the benefit of authors and interested readers.

Conference Themes

Topics of the conference including but not limited to:

Area 1. Mechanics

1.1.       Tissue mechanics

1.2.       Constitutive modeling of biomaterials

1.3.       Cardiovascular fluid mechanics

1.4.       Hemodynamics

1.5.       Fluid-tissue interactions

1.6.       Orthopaedic Biomechanics

1.7.       Artificial heart and cardiac devices

1.8.       Dental implants and mechanics

1.9.       Cellular process and mechanics

1.10.   Molecular behavior and mechanics

1.11.   Mechanobiology

1.12.   Human Movement Biomechanics

Area 2. Bio-materials

2.1.       Biomaterial formation mechanisms

2.2.       Biomaterial processing and fabrication

2.3.       Biomaterial characterization

2.4.       Bio-inspired materials

2.5.       Artificial organ biomaterials

2.6.       Nanotechnology and tissue engineering

2.7.       Remodeling of various bio-materials

2.8.       Molecular mechanisms and mechanics

2.9.       Functional tissue engineering

2.10.   3D printing for organs

Area 3. Bio-structures and components

3.1.       Bio-structure and environment

3.2.       Structural mechanism and mechanics

3.3.       Bio-structure evolution

3.4.       Structure optimization

3.5.       Multi-scale hierarchical structures

3.6.       Robotics and Mechatronics

Area 4. Imaging

4.1.       Digital imaging techniques

4.2.       Proper orthogonal decomposition

4.3.       Micro-imaging and microscopy

4.4.       Computer-assisted tomography

4.5.       Image processing and visualization

4.6.       Big-data handling techniques

Area 5. Drug delivering physical treatments

5.1.       Drug diffusion and transportation

5.2.       Targeting and controlled release

5.3.       Mass and heat transfer for target ablation

5.4.       Hyperthermia therapy

5.5.       Laser and light therapy

5.6.       Nanotechnology in drug delivering

Area 6. Computer aided surgery

6.1.       Image-guided devices and systems

6.2.       Virtual reality techniques

6.3.       Navigation in vessels and soft tissues

6.4.       Robots and manipulators

6.5.       Micro invasive surgery instruments

6.6.       Movement modelling and simulation

Area 7. Bio-devices and biosensor

7.1.       Biosensors and micro- nano-biosensors

7.2.       Nanoparticles for bio-applications

7.3.       Lab-on-chip for bio-systems

7.4.       Hydrogels for bio-systems

7.5.       Scaffold fabrication

7.6.       System sensor networks

7.7.       Laser and ultrasound interventions

7.8.       Material design techniques and standards

Area 8. Bio-signal processing

8.1.       Physiological modelling

8.2.       Dynamic analysis of bio-signals

8.3.       Signal pattern classification

8.4.       Time-frequency analysis of bio-signals

8.5.       Magnetism for bio-systems

Area 9. Sports and rehabilitation technology

9.1.       Rehabilitation devices and robotics

9.2.       Sports mechanics

9.3.       Sports and remodeling

9.4.       Prosthetic techniques

Area 10. Neuro and brain research

10.1.   Neural interfaces and regeneration

10.2.   Brain modeling and stimulation

10.3.   Brain-computer

10.4.   Brain-machine interfaces

10.5.   Neuro prostheses

10.6.   Neural signal processing

10.7.   Transcranial magnetic and electric field

Area 11. Modelling and simulation

11.1.   Model creation and meshing techniques

11.2.   Methods for soft-tissues

11.3.   Methods for porous media

11.4.   Capillary effects in bio-systems

11.5.   Methods for non-Newtonian flows

11.6.   Methods for fluid-tissue interactions

11.7.   Optimization techniques

11.8.   Genetic Algorithms

11.9.   Neuro-Networks