Development of a friction-driven finite element model to simulate the load bridging effect of unit loads stored in warehouse racksJune 14, 2022·Eduardo Molina, Ph.D.· 0 min readTypeConference paperPublication23rd World Packaging Conference, IAPRI Bangkok 2022Last updated on June 14, 2022Finite Element Modeling Unit Load Design Load Bridging AuthorsEduardo Molina, Ph.D.Assistant Professor & Associate DirectorPackaging science researcher at Virginia Tech focused on cold chain packaging, transport packaging optimization, corrugated fiberboard performance, and sustainable packaging systems. ← Investigation of Last-Mile Grocery Delivery in a Suburban Environment May 2, 2023Investigation of the consumer perceptions of e-commerce packaging June 13, 2022 →