Remacle, Jean-FrançoisDegrooff, VincentVincentDegrooff2025-05-142025-05-142025-05-142023https://hdl.handle.net/2078.2/32406This work covers the topic of simple yield stress fluids described by the Bingham model. The work focuses on the solid-liquid interface that appears in the flows of these fluids. An interface tracking algorithm was developed for such 2D flows using the X-MESH idea, which allows extreme deformations of meshes in order to improve the accuracy of the simulations at low computational costs. The flow simulations are based on a variational approach and a finite element discretization. The resulting conic optimization problem is solved with an interior-point method.CFDX-MESHYield stress fluidFEMNumerical simulationNumerical simulation of yield stress fluid flows with X-MESHtext::thesis::master thesisthesis:40738