3Ddayinji

Analysis of 3D printed syntactic foam composites using hollow glass microballoons and HDPE, focusing on rheology, thermal expansion, and mechanical properties for lightweight applications.

Research on 3D printing temperature-resistant nylon copolymer for autoclavable PPE using low-cost consumer 3D printers with minimal modifications.

Comprehensive technical documentation and resources about 3ddayinji technology and applications.

Research on reducing vibration in delta 3D printers using filtered B-splines and position-dependent dynamics modeling for improved print quality and computational efficiency.

Research on a white reflective filament for FDM 3D printing of finely segmented plastic scintillator detectors, enhancing light yield and reducing optical crosstalk.

Development and characterization of a white reflective filament for additive manufacturing of finely segmented plastic scintillators using FDM 3D printing technology.

A detailed analysis of a novel front-tracking/finite volume method for high-fidelity simulation of fluid flow and cooling in FDM/FFF 3D printing processes.

Analysis of geometric design constraints for alumina ceramic structures fabricated via indirect selective laser sintering, comparing polymer SLS rules with ceramic-specific limitations.

A technical paper detailing a method to convert 2D grayscale logos into 3D printable STL files using Mathematica, with application to the JDRF logo.

Advanced phase-field modeling of microstructure evolution during selective laser sintering, revealing process-microstructure relationships and enabling computational design optimization.

Phase-field approach for structural topology optimization in 3D printing with stress constraints, multiple materials, and multiscale analysis. Includes rigorous optimality conditions and experimental validation.

SurfCuit enables design and fabrication of durable electric circuits on 3D printed surfaces using copper tape and soldering techniques, eliminating complex casing design.

Research on creating on-demand, scalable fabrication machines using swarm robots. Demonstrates construction of X-Y-Z plotters and 3D printers with toio robots and 3D printed attachments.