PCU Main description this research project focuses on addressing two key challenges in concrete 3D printing:

Optimization System for Smooth Hyperbolic Surfaces in Concrete 3D Printing

Hyperbolic surfaces, known for their structural, environmental, and aesthetic value, offer significant opportunities for exploration. The ability of 3D printing technology to rapidly produce complex structures presents great potential for enhancing the performance of concrete buildings beyond traditional, monotonous forms. However, there is currently a lack of optimization systems that assist users in generating such surfaces during the design phase. Therefore, developing an optimization system for smooth hyperbolic surfaces that meet the demands of concrete 3D printing is highly meaningful.

Segmentation and Detail Optimization of Modular Units

Given the limited printing dimensions of most concrete 3D printers, modular assembly becomes an essential solution to meet the size requirements of a wide range of buildings. However, the rational segmentation of modular units and the optimization of their details—such as interfaces and lightweight topology—are crucial to the success of these assemblies.