4.5 Review

Constitutive modeling of magnetorheological fluids: A review

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Microstructure evolution based particle chain model for shear yield stress of magnetorheological fluids

Yongbo Peng et al.

Summary: This study proposes a meso-microscale shear model for predicting the shear stress of magnetorheological fluids, based on particle aggregation and chain processes. Molecular dynamics simulations were used to systematically study the microstructure evolution and rheological properties of MRFs, with an efficient chain identification technique introduced. The proposed model shows satisfactory accuracy and efficiency in describing the rheological properties of MRFs, and critical factors such as magnetic field strength, particle volume fraction, and shear rate were analyzed for design and optimization purposes.

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Hybrid multi-plate magnetorheological clutch featuring two operating modes: Fluid coupling and mechanical friction

Jin-Young Park et al.

Summary: This paper proposes a hybrid multi-plate Magnetorheological clutch with fluid coupling and mechanical friction modes, and verifies its performance through torque modeling and simulation.

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Numerical analysis of a monotube mixed mode magnetorheological damper by using a new rheological approach in CFD

Muaz Kemerli et al.

Summary: In this study, the analytical Herschel-Bulkley fluid model of a monotube mixed mode MR damper was examined using computational fluid dynamics and magnetic finite elements analysis. The results showed a good agreement between numerical simulations and experimental data, and comparisons were made under various current values. The CFD analysis is valuable for predicting the characteristics of non-Newtonian flow in MR dampers and can be used for various non-Newtonian fluid CFD models.

RHEOLOGICA ACTA (2021)

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Design and investigation of a novel magnetorheological brake with coils directly placed on side housings using a separating thin wall

Ngoc Diep Nguyen et al.

Summary: This research introduces a new design for magneto-rheological brake (MRB) to improve performance by placing coils directly on the inner part of the side housing, separated from the MR fluid by a thin wall. The proposed MRB allows for a very small MRF gap size and convenient assembly without separating inner parts. Through finite element analysis and experimental validation, the advanced performance characteristics of the proposed MRB are confirmed.

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Rheological properties and sedimentation stability of magnetorheological fluid based on multi-walled carbon nanotubes/cobalt ferrite nanocomposites

Fang Wang et al.

Summary: Nanocomposites of cobalt ferrite nanoparticles grown on multi-walled carbon nanotubes were developed using ultrasonic-assisted co-precipitation technique in this investigation. The as-prepared nanocomposites were characterized using various techniques and used as dispersed phase for the fabrication of a uniform magnetorheological fluid, exhibiting typical MR features with improved sedimentation stability.

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Effect of Compound Surfactants Modified Carbonyl Iron on Magnetorheological Fluids

Jingzhen Cheng et al.

Summary: By using compound surfactants and fumed silica as a thixotropic agent to improve the magnetorheological fluid, the sedimentation stability can be significantly enhanced while increasing its dispersion. Compared to commercial magnetorheological fluid, the improved fluid shows better performance under the same magnetic field strength.

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The Influence of Additives on the Rheological and Sedimentary Properties of Magnetorheological Fluid

Xiangcheng Zhang et al.

Summary: The research investigated the influence of additives on the rheological and sedimentary properties of MRF. It was found that the rheological properties of MRF were mainly influenced by the mass fraction of carbonyl iron particle, with stearic acid additive leading to higher shear stress compared to SDS. Additionally, the sedimentary property of MRF with the mixture of additives showed better performance than individual additives.

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Hossein Saberi et al.

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Enhanced magnetorheological effect of suspensions based on carbonyl iron particles coated with poly(amidoamine) dendrons

Tomas Plachy et al.

Summary: This study successfully coated commercial carbonyl iron particles with poly(amidoamine) dendrons for improved oxidation resistance in magnetorheological suspensions. The coated particles showed enhanced oxidation stability and higher dynamic yield stress, as well as improved sedimentation stability in the suspensions, potentially overcoming the primary drawback of oxidation instability without compromising performance in a magnetic field.

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Effect of reduced graphene oxide and MnFe2O4 nanoparticles on carbonyl iron for magnetorheological fluids

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Summary: This study introduced magnetic MnFe2O4 nanoparticles and graphene oxide to enhance the magnetorheological properties and dispersion stability of carbonyl iron-based MR fluid. The prepared CI/MnFe2O4/GO was transformed into CI/MnFe2O4/rGO through an annealing process and used as an additive for the MR fluid. The CI/MnFe2O4/rGO-based MR fluid exhibited improved shear stress, shear viscosity, and storage modulus compared to the CI-based MR fluid, with enhanced dispersion stability attributed to the properties of GO.

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A New Design Model of an MR Shock Absorber for Aircraft Landing Gear Systems Considering Major and Minor Pressure Losses: Experimental Validation

Byung-Hyuk Kang et al.

Summary: This study introduces a novel design model of an aircraft shock absorber with controllable damping force based on magnetorheological fluid, taking into account both major and minor pressure losses to meet the high stroke velocity requirements of aircraft landing gear systems.

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Magnetorheological fluids based on core-shell carbonyl iron particles modified by various organosilanes: synthesis, stability and performance

Alena Ronzova et al.

Summary: The study proposes a facile concept for coating magnetic particles to enhance their utility properties and magnetorheological performance. Characterization of the modified particles and suspensions showed improved compatibility between particles and dispersing medium. The modification also enhanced the thermo-oxidation stability, chemical stability, and sedimentation stability of the particle-based systems.

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The squeeze strengthening effect on the rheological and microstructured behaviors of magnetorheological fluids: a molecular dynamics study

Pei Pei et al.

Summary: Systematic molecular dynamics simulations were conducted on magnetorheological (MR) fluids under steady state, squeeze flows and shear flows. The study focused on the squeeze-assisted MR fluid strengthening and found that the effect of squeeze on the rheological properties of MR fluids is enhanced with increasing magnetic field, more prominent for dilute suspensions, but weakened with increasing squeeze rate after surpassing the critical rate. Microscopic inspection revealed the consistency between the rheological properties of MR fluids under squeeze flows and the microstructured behaviors of MR suspensions in terms of particle distribution, cluster kinetics, particle connectivity, and magnetic energy.

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Temperature dependency of magnetorheological fluids' properties under varying strain amplitude and rate

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Laser-induced fragmentation of carbonyl iron as a clean method to enhance magnetorheological effect

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