Stress-Microstructure-Property Relation in Antler Cortical Bone
Principal Investigator
Prof. Anuradha Banerjee
Objective
- This project aims to investigate the stress-microstructure-property relationship in antler cortical bone to gain insights into its unique toughness and mechanical properties. By utilizing CT scans, FEM analysis, micro-indentation testing, and histology, the study will provide a comprehensive understanding of how the microstructure influences bone strength. The project's objective is to use this knowledge for developing new lightweight and robust structural materials, as well as applications in bone grafting and implant placement. Additionally, it will have implications for clinical practices, physiotherapy, and space missions.
Description
- Study the hierarchical microstructure of antler cortical bone., Analyze stress and strain variations along the antler's length., Perform micro-indentation testing to measure bone properties., Characterize microstructural features using histology., Develop a 3D geometric model of antler morphology., Validate findings through experimental strain measurements.
Impact
- This research will contribute to bio-inspired material development, leading to the creation of lightweight yet highly resilient materials. It has potential applications in bone grafting, implant design, and biomechanical analysis. Additionally, it may improve physiotherapy practices, benefiting osteoporosis and sports medicine. The project also opens doors to broader research areas, such as the impact of radiation and gravity on bone quality, relevant to nuclear energy programs and space missions.
Budget in Lakhs
74.55
Duration
3 Years