A research-driven analysis of heat and fluid flow mechanics within 3D printers for additive manufacturing.

• Comprehensive fluid and heat transfer modeling in 3D printers (ABS, PLA)
• Validated governing equations, advanced Rheology (Carreau-Yasuda Model)
• Error analysis via Richardson extrapolation and grid convergence index
• Visualizations: velocity, temperature, viscosity, and system sensitivity plots
• Industry applications & recent developments (multi-material, 4D printing)

git clone https://github.com/Nikshay-Jain/3D-Printing-Flows.git
# (Optional) Open 3D-Printing.pdf for full research
# TeX source: main.tex for compilation via pdflatex/main LaTeX editors

• Review compiled results in 3D-Printing.pdf for theory & analysis
• Modify main.tex for custom fluid/thermal models, system geometry
• Update figures and computation results as needed; insert images into main.tex
• Use the documented governing equations for extensions/applications

• main.tex (LaTeX source)
• 3D-Printing.pdf (compiled research)
• [*.png, *.jpg] (visual data/plots)

heat-transfer, 3d-printing, additive-manufacturing, fluid-flow, transport-phenomena, rheology, latex, engineering