Amanda Koh

Assistant Professor

The University of Alabama

United States

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Dr. Amanda Koh is an Assistant Professor at the University of Alabama, USA. Her research interests encompass magnetorheological fluids, wearable sensor technology, and liquid metal polymer composites. She has contributed significantly to the understanding of deformation behaviors and applications of advanced materials in various contexts, including fatigue classification and temperature tracking in construction environments.

Articles (15)

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2025

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2021

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2021

Collaborators (1)

Chukwuma Nnaji

Assistant Professor

Texas A&M University

UNITED STATES

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Amanda Koh

Research Interests

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About

Articles (15)

Magnetorheological fluids: Creep and recovery behavior, and effect of elastic styrene-ethylene-styrene-butylene (SEBS) bead additives

Wearable Sensor-Based Fatigue Classification Under Diverse Thermal Conditions. Journal of Information Technology in Construction

Exploring the complex deformation behavior of liquid metal polymer composites through experimental and novel computational approaches

Recent Advances in Smart Emulsion Materials: From Synthesis to Applications

Preventing partial discharge in liquid metal polymer composites under steep voltage pulses

Assessing Non-Intrusive Wearable Devices for Tracking Core Body Temperature in Hot Working Conditions

Homogeneity of liquid metal polymer composites: impact on mechanical, electrical, and sensing behavior

Ferrofluid high internal phase emulsion polymer foams for soft, magnetic materials

Annealing for controlled galinstan oxide thin-film morphological and electromechanical properties

Study of n-Alkanethiol Self-Assembly Behavior on Iron Particles: Effect of Alkyl Chain Length and Adsorption Solvent on Resulting Iron-Based Magnetorheological Fluids

Effects of filler composition, loading, and geometry on the dielectric loss, partial discharge, and dielectric strength of liquid metal polymer composites

Multimodal Deformation of Liquid Metal Multimaterial Composites as Stretchable, Dielectric Materials for Capacitive Pressure Sensing

Performance and Stability of Magnetorheological Fluids—A Detailed Review of the State of the Art

Recent Advances in Deformable Circuit Components with Liquid Metal

Simultaneous Thermo-Magnetorheological Response of Magnetorheological Fluids: Effect of Concentration and Composition

Collaborators (1)

Chukwuma Nnaji

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