Modeling and evaluation of freeform extruded filament based on numerical simulation method for direct ink writing

Yongqiang Tu; Alaa Hassan; Javier A. Arrieta‐Escobar; Uzair Khaleeq uz Zaman; Ali Siadat; Gongliu Yang

doi:10.1007/s00170-022-08999-3

Modeling and evaluation of freeform extruded filament based on numerical simulation method for direct ink writing

The International Journal of Advanced Manufacturing Technology 120(5-6): 3821-3829

Article 2022 English

Abstract

1 min read

Direct ink writing (DIW) is an extrusion-based additive manufacturing (AM) technique. One of the required factors for printing quality in DIW is to extrude

Related publications

Article2022

Predictive modeling of extruded filament in the air for bioink in direct ink writing using numerical simulation

Yongqiang Tu, Alaa Hassan, Javier A. Arrieta‐Escobar, Uzair Khaleeq uz Zaman, Fangkai Xue, Ali Siadat, Gongliu Yang

Procedia CIRP

Article2022

Numerical simulation and experimental validation of deposited corners of any angle in direct ink writing

Yongqiang Tu, Alaa Hassan, Ali Siadat, Gongliu Yang, Zhangwei Chen

The International Journal of Advanced Manufacturing Technology

Chapter in a book2022

Multi-objective Optimization Based Viscosity Prediction for Inks in Direct Ink Writing Numerical Simulations

Yongqiang Tu, Alaa Hassan, Ali Siadat, Gongliu Yang, Lihong Qiao

Article2022

Analytical modeling of deposited filaments for high viscosity material-based piston-driven direct ink writing

Yongqiang Tu, Alaa Hassan, Ali Siadat, Gongliu Yang

The International Journal of Advanced Manufacturing Technology

Article2024

Study on influence of ink material properties on deposited filaments in direct ink writing based on numerical simulations

Yongqiang Tu, Alaa Hassan, Ali Siadat, Gongliu Yang

Procedia CIRP

Modeling and evaluation of freeform extruded filament based on numerical simulation method for direct ink writing

Abstract

Discussion(0)

Related publications

Predictive modeling of extruded filament in the air for bioink in direct ink writing using numerical simulation

Numerical simulation and experimental validation of deposited corners of any angle in direct ink writing

Multi-objective Optimization Based Viscosity Prediction for Inks in Direct Ink Writing Numerical Simulations

Analytical modeling of deposited filaments for high viscosity material-based piston-driven direct ink writing

Study on influence of ink material properties on deposited filaments in direct ink writing based on numerical simulations