Force and torque characteristics for magnetically driven blood pump
Magnetically driven screw pumps were designed and fabricated for pumping biological
fluids. The magnetic field simulations for three different magnetic coupling arrangements
were obtained numerically. The force and torque for the three arrangements were computed.
The effect of the separation gap between poles and the rotational angle on the force and
torque is also presented. The pump characteristics were obtained experimentally.
fluids. The magnetic field simulations for three different magnetic coupling arrangements
were obtained numerically. The force and torque for the three arrangements were computed.
The effect of the separation gap between poles and the rotational angle on the force and
torque is also presented. The pump characteristics were obtained experimentally.
Magnetically driven screw pumps were designed and fabricated for pumping biological fluids. The magnetic field simulations for three different magnetic coupling arrangements were obtained numerically. The force and torque for the three arrangements were computed. The effect of the separation gap between poles and the rotational angle on the force and torque is also presented. The pump characteristics were obtained experimentally.
Elsevier
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