A model of the underfill flow process: particle distribution effects

Ying‐Qing Guo, G. L. Lehmann, T. Driscoll, E. J. Cotts

2003 · 41 citations · 5 references

Concepts

Abstract

Key features of the underfill flow process are simulated by investigating the capillary flow of a dense suspension into a plane channel. A flow model is posed which includes submodels for wetting and rheology. The infiltration rate is successfully predicted if the velocity and particle concentration fields are modeled by coupled transport equations.

References

5