Numerical simulation of nanoparticles dispersion and deposition in steel under Brownian motion and turbulent diffusion

Key Points

• Nanoparticle dispersion and deposition are significantly influenced by both Brownian motion and turbulent diffusion.
• Simulation results indicate an effective dispersion pattern leading to improved deposition efficiency; diffusion parameters play a crucial role.
• Numerical simulation approach assesses various conditions impacting nanoparticles within steel matrices, enhancing dispersion outcomes.
• Findings may enable advancements in material science applications, focusing on the behavior of nanoparticles in steel structures.