COLRAD lunar regolith

Project description

This project, in collaboration with NASA Marshall Space Flight Center, involved the 3D printing of lunar regolith using Digital Light Processing (DLP). As future space exploration demands the aerospace industry to build extraterrestrial bases, this initiative focuses on fabricating in-situ structures using locally available lunar materials. Greenland Anorthosite lunar regolith simulant (Al2O3, SiO2, and Al2SiO5 as major phases) was 3D printed into various complex geometries, including an igloo, with high dimensional accuracy and no signs of delamination.

Accomplishments

Learning 3D Printing Techniques Gained hands-on experience with advanced 3D printing techniques, specifically Digital Light Processing (DLP), to fabricate complex geometries from lunar regolith simulant.
Optimization Techniques
Developed optimization techniques to achieve high dimensional accuracy in printed samples, ensuring they met stringent requirements without signs of delamination.
Problem Solving
Enhanced problem-solving skills by addressing challenges related to the 3D printing process and ensuring the structural integrity of the printed materials.
Teamwork with PhD Students
Collaborated effectively with other PhD students, fostering teamwork and knowledge exchange to drive the project's success in fabricating in-situ structures for future lunar exploration.