Optimal design of a high dynamic actuator for diaphragm pumps

Vivier, Stéphane; Lemoine, Didier; Friedrich, Guy

doi:10.1109/iemdc.2009.5075444

Cited by 5 publications

(2 citation statements)

References 7 publications

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“…see [7]) and its ability to mate with unique axial oscillation mechanisms (e.g. as in [8]) that could be adapted to function well with our added mass approach. Though the latest generation of LVADs utilize magnetically levitated centrifugal or axial flow designs, the move toward this generation of devices was supported mainly based on superior size (i.e.…”

Section: Design Conceptmentioning

confidence: 99%

A High Efficiency Tunable Resonance Pump for Biomedical Applications

Secord

Audi

2018

2018 Design of Medical Devices Conference

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Section: Design Conceptmentioning

confidence: 99%

A High Efficiency Tunable Resonance Pump for Biomedical Applications

Secord

Audi

2018

2018 Design of Medical Devices Conference

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“…6,7 The disadvantage of diaphragm pump is the pressure pulsation that occurs due to the periodic change of pump working chamber volume and opening of the port valves, which can lead to vibration of piping system. 8,9 In addition, the interaction between the diaphragm and fluid, check valve and fluid make it very difficult to precisely predict the dynamic performance of diaphragm pump.…”

Section: Introductionmentioning

confidence: 99%

Investigation on dynamic characteristics of a plate-type discharge valve in a diaphragm pump for SCR system by two-way FSI model

Shi

Yang

Pan

et al. 2019

Proceedings of the Institution of Mechanical Engineers, Part D:

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A plate-type port valve with rubber valve plate in a miniature diaphragm pump is presented. To investigate the dynamic characteristics of this type of discharge valve, a two-way fluid structure interaction model is proposed. The interaction between the dynamic behavior of the fluid and rubber is considered in the fluid structure interaction model. Based on the fluid structure interaction model, the internal flow of the pump, the deflection of the diaphragm and discharge valve plate is calculated. To verify the validity of the numerical model, a prototype pump is fabricated and tested. The experimental pressures in the working chamber of the pump show the same overall trends with the numerical results. The deviations between the numerical and experimental flowrates are less than 7.2%. The experimental results prove that the numerical model is effective in predicting a complete discharge process of the pump. There is a big difference between the deflection of the center of the valve plate and the edge of the valve plate. The oscillation period of the pressure in the working chamber of the pump is approximately double that of the discharge valve plate. When the pump speed is lower than 2500 r/min, it has little influence on the lag angles of the discharge valve under rated pressure. The lag angles at rated pump speed increase when the backpressures increase. The stress of the discharge valve plate reaches a peak when the valve plate impact on the valve limiter or valve seat.

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Improvements for multi‐objective optimizations using output space mapping technique

Vivier

Lemoine

Friedrich

2012

COMPEL - The International Journal for Computation and Mathematics in Electrical and Electronic Engineering

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Purpose -The purpose of this paper is to focus on the implementation and management of multi-objective optimizations, with the help of heuristic algorithms such as space mapping methods. Design/methodology/approach -The authors consider the design of electromechanical actuators by the use of mathematical and computer means. Experiments are then virtual, because they correspond to numerical simulations. Dimensioning is then ensured by an optimization procedure of the space mapping type, whose main characteristic consists in using two models of the same size actuator (instead of a single one for classical optimization methods). Moreover, one considers here that multiple outputs are defined: this defines a multi-objective optimization. This paper proposes several techniques making it possible to include the definition of multiple objectives to be fulfilled as part of an output space mapping optimization process. Findings -The proposed approaches make it possible to stabilize and accelerate the convergence of multi-objective optimizations performed by space mapping. This is illustrated by the example of the dimensioning of a resonant linear electromagnetic actuator. Originality/value -The approach presented in the paper is original because it allows finding of a solution to the multi-objective problem, without building any Pareto front, and most effectively by improving the convergent behavior of the optimization algorithm.

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Optimal design of a high dynamic actuator for diaphragm pumps

Cited by 5 publications

References 7 publications

A High Efficiency Tunable Resonance Pump for Biomedical Applications

A High Efficiency Tunable Resonance Pump for Biomedical Applications

Investigation on dynamic characteristics of a plate-type discharge valve in a diaphragm pump for SCR system by two-way FSI model

Improvements for multi‐objective optimizations using output space mapping technique

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