Ainaa Amirah Marzuki
Papers
1
Total Citations
2
H-Index
1
About
Ainaa Amirah Marzuki is a materials scientist specializing in the development and characterization of advanced magnetorheological (MR) foams—smart materials whose mechanical properties can be tuned by magnetic fields. Her research bridges viscoelasticity, rheology, and structural engineering to create high-performance damping and energy-absorbing systems. Marzuki’s most cited work, published in 2025, provides groundbreaking insights into how constraint volume foaming processes can dramatically enhance MR foam performance. She demonstrated that these foams exhibit frequency-dependent viscoelastic responses, with damping capability improving under higher frequencies, while a reduced loss factor indicates superior elastic energy storage efficiency. Crucially, her team showed that the constraint foaming process boosts the storage modulus significantly, offering a scalable route to tailor MR foams for applications in vibration control, aerospace, and automotive engineering. With her work already garnering early citations, Marzuki is establishing herself as an emerging leader in smart materials design, combining rigorous experimental analysis with practical manufacturing insights to push the boundaries of adaptive material systems.
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Top Papers
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