In this paper, the focus is on the detailed exploration and analysis of particle residence time within the Near-Nozzle-Mixing process, a crucial aspect of 3D concrete extrusion. The study aims to develop a deeper understanding of the complex dynamics within this process, which is fundamental for optimizing 3D printing technology in construction.
At the heart of the investigation is the analysis of the movement and behavior of particles in the mixing area. This area is critical for the quality and efficiency of the printing process. Experimental field tests are to be conducted to determine how various factors influence the residence time of the particles. These factors include, among others, velocity profiles, adhesiveness, and turbulence.
«
In this paper, the focus is on the detailed exploration and analysis of particle residence time within the Near-Nozzle-Mixing process, a crucial aspect of 3D concrete extrusion. The study aims to develop a deeper understanding of the complex dynamics within this process, which is fundamental for optimizing 3D printing technology in construction.
At the heart of the investigation is the analysis of the movement and behavior of particles in the mixing area. This area is critical for the quality...
»