Overview
Infrastructure
People
Overview
Solid mechanics research area covers a very wide range of activity across the discipline. Biomechanics is a branch of solid mechanics that applies mechanical principles to study living organisms such as the human body.
The Solid Mechanics and Biomechanics group in the Department of Mechanical Engineering of Khalifa University has expertise in metallic and non-metallic materials including but not limited to composite and lattice material, shape memory alloys (SMAs), and biological material and undertakes research using advanced numerical and analytical methods, validated by experimental testing.
Current research includes:
- Advanced materials and 3D printing
- Damage and fracture mechanics of materials and structures
- Testing and constitutive codelling of the time and temperature dependent mechanical behavior of high-density polyethylene
- Optical biosensors and smart contact lenses
- Computational biomechanics of the human musculoskeletal system
Infrastructure
Advanced Materials and 3D-Printing Lab
Lead: Dr. Andreas Schiffer
Major Equipment:
- Asiga Pro 2 3D-printer (DLP)
- FlashForge Creator 3D-printer (FDM)
- Sharebot SnowWhite 3D-printer (SLS)
- FlasForge Creator Pro 3D-printer (FDM)
- Apium P220 3D-printer (FDM)
- Markforged Mark One 3D-printer (FDM, filament)
- Indmatec HPP 155 Gen2 3D-printer (FDM)
- Leepfrog Xeed 3D-printer (FDM)
- UTM Zwick/Roell Z005
Lead: Dr. Mohamed Sassi

Soft Robotics and Compliant Manipulation Lab
Leads: Dr. Federico Renda & Dr. Irfan Hussain

Testing and Constitutive Modelling of the Time and Temperature Dependent Mechanical Behavior of High-Density Polyethylene

Customized optical microscope for characterization


People
List of MEEN faculty members in the field of Solid Mechanics and Biomechanics: