3DPP Column

3DPP Column

A tendril-like robotically printed plastic formwork for a concrete column.

PRINCIPAL INVESTIGATORS: Assistant Professor Dr. Mania Aghaei Meibodi

This project develops algorithms and robotic 3D printing techniques for producing ultra-thin shell concrete formwork. This method allows for creation of complex and unique concrete structures with high precision and control. It is more efficient, wasteless, and cost-effective than traditional concrete forming techniques.

A series of 3 3D printed columns placed outdoors.
An image of a robotic arm 3d printing formwork with a person next to it.
Principal Investigator
Dr. Mania Aghaei Meibodi
Students ( design and fabrication)
Christopher Voltl, Han-Yuan Chang, Carl Eppinger, Monik Gada, Chih-Jou Lin, Feras Nour, Aaron Weaver, and Chia-Ching Yen.
Photographer
Christopher Voltl
Sponsor
UMOR Small Scale Project, Office of the Vice President for Research, the University of Michigan 
 
A tendril-like robotically printed plastic formwork for a concrete column. A series of 3 3D printed columns placed outdoors. Closeup of a concrete column cast in topology optimized 3d printed formwork. Diagram of a robotic arm printing the form work. An image of a robotic arm 3d printing formwork with a person next to it.