The success of model-based multifunctional material design efforts relies on the proper
development of multiphysical models and advanced optimization algorithms. This paper …

In this paper, the magnetic fluid linear pump is designed. Inside the small tube, magnetic
fluid is constrained in the thin rubber. The magnetic fluid activated by traveling pulses of …

In this paper, the method to compute the pumping forces of the magnetic fluid linear pump
(MFLP) is derived. The change of magnetic fluid surface according to the driving currents …

In this paper, the method to obtain the shape of the magnetic fluid under the external force is
derived. For the shape analysis of the magnetic fluid, Maxwell equation for the magnetic …

Driving a liquid metal via an electromagnetic pump (EMP) is becoming increasingly
important with its many emerging cutting-edge uses. The end losses associated with the …

The United States Department of Energy's (DOE) Office of Nuclear Energy, Science, and
Technology is supporting the National Aeronautics and Space Administration (NASA) in …

In this paper, pumping forces in the magnetic fluid linear pump are studied so as to increase
the smoothness of the pumping forces. Forming shapes of the magnetic fluid at the …

This work addresses the multi-fidelity analysis-driven design of a thermal transport system
based on the flow of liquid metal through a structural laminate as induced by a solid-state …

Les travaux de cette thèse portent sur le refroidissement descomposants électroniques de
puissance par métal liquide. Les efforts se sontconcentrés plus particulièrement autour de …

This paper presents an analytical method based on the coulombian model of a magnet for
studying a ferrofluid seal in ironless electrodynamic loudspeakers. Such an approach differs …