Innovation Owner
นาง Siriwan Stisang
Advisor
Details
Bone tissue scaffolds support rapid repair and healing. This work aims to optimize materials, shape, and 3D printing processes using FDM and finite element analysis to predict mechanical properties for scaffolds made from PLA, PCL, and HA.
Bone tissue scaffolds are made from biomaterials that support rapid repair and healing. Scaffold fabricators have produced materials that are able to degrade a biosystem or human body excellently. Thus, this work aims to study the optimization of materials, shape, and the 3D printing process with FDM. Finite element analysis is also used to predict mechanical properties of the scaffold and find the optimal shape and pore size. However, the materials studied include:
- PLA
- PCL
- HA
Objective
To create and design bone scaffolds with appropriate mechanical strength using composite biomaterials through finite element analysis.
To create and design bone scaffolds with appropriate mechanical strength using composite biomaterials through finite element analysis.