Fluid-structure interaction study of bio-magnetic fluid in a wavy bifurcated channel with elastic walls

As a result of its wide range applications, FSI has grabbed the attention researchers and scientists. In this study we consider an incompressible, laminar fluid flowing through bifurcated channel. The wavy walls channel are considered elastic. Moreover, magnetic field is applied towards axial direction flow. Using two-way fluid-structure interaction, Arbitrary Lagrangian-Eulerian (ALE) formulation used for coupling problem. problem discretized using P2 id="m2">P1 finite element methods to approximate displacement, pressure, velocity. linearized system equations solved Newton’s iterative scheme. analysis carried out Reynolds number Hartman number. ranges studied parameters id="m3">300≤Re≤1000 Hartmann id="m4">0≤Ha≤10 . hemodynamic effects on elastic calculated velocity, wall shear stresses (WSS), loads at walls. shows there increase in boundary load as values hence WSS increases. On other hand, increases resistance forces velocity decrease. Also, numerical rigid calculated. Studies showed that decreases case when compare CFD (computational dynamic) case.