Francisco Ramis
Papers
1
Total Citations
4
H-Index
1
About
Francisco Ramis is a leading researcher in construction automation and simulation, with a primary focus on advancing additive manufacturing techniques for the built environment. His work centers on the performance optimization of 3D concrete printing processes, where he has made significant contributions by applying discrete-event simulation to model and improve construction workflows. In his most-cited paper, "Performance Analysis of 3D Concrete Printing Processes through Discrete-Event Simulation" (2023, 4 citations), Ramis provides a groundbreaking framework for analyzing the efficiency of robotic extrusion paths and material deposition sequences. This research directly addresses critical challenges in reducing completion times and minimizing environmental impact by eliminating traditional formworks—a key step toward sustainable, automated construction. His innovative approach bridges the gap between simulation science and real-world construction practice, offering engineers and architects a data-driven method to optimize printing parameters. Ramis’s work is particularly notable for its practical implications, helping to scale 3D concrete printing from experimental labs to viable commercial applications. As the field rapidly evolves, his contributions are shaping the future of digital fabrication in civil engineering.
Research Focus
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Top Papers
- 1