Abstract:

In this study, the pump design programs were designed to use an axis-flowing child heart support pump. The performance of this pump was determined using the kT-kL-w turbulence model with the calculated fluid dynamics (HAD) software. The body of the solid model created pump was manufactured in the CNC processing plant from the aluminum block. This heart support pump was manufactured with the wheel, verifier and 3D printer of the diffuser. The experimental verification of the performance results of this prototype pump, determined by HAD simulation, was done with water. In the range of the 9000-12000 giant rounds/minute of the pump, the dust varied between 0.5-5 L/minute and the pressure difference between 35-95 mmHg. For blood-like fluid, the 2 L/min design dive and 80 mm-Hg design pressure were obtained at 11750 gig/min turn numbers. At the end of the study, the design point examined the cider sliding stretches and flow lines in the pump.

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