Effect Of Taper Angle On Flow And Stress In Conical Shell Fluid Mixers

Hollow cylindrical flow mixers achieve a homogeneous mixture with less pressure loss and higher momentum. However, the low volume of mixer due to hollow creates high effects mechanical stresses on mixer. In this study, formed by considering thermal fluids in conical cylinder at different temperatures were examined. The effect taper angle has been studied. examinations carried out using finite element method, verification study was first made, solution sensitivity determined. Water as fluid standard conditions common steel properties material used. Plate thickness chosen be 1 mm. It seems more appropriate use non-conical straight model equilibrium. reduced velocity entering Stress concentrations observed supports lower decreasing stress distribution obtained for while it constant other regions.