Research area
Materials & Engineering
Materials, manufacturing, sensing and engineered systems, including infrastructure technologies.
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Evidence date ·What it takes to make car plastics last and recover their value
Review or Meta-AnalysisA 2022 review explains why renewable ingredients do not guarantee biodegradability, how heat affects car plastics, and when recycling can beat composting.
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Evidence date ·How fiber-based gels could support wound care and local drug delivery
Review or Meta-AnalysisHow gel connections, acidity and adhesion shape sensing and drug delivery—and why experimental wound dressings face barriers to dependable medical use.
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Evidence date ·Growing porous crystals along carbon sheets for gas separation
Review or Meta-AnalysisSurface chemistry and confined growth help shape porous membranes. A hydrogen–carbon dioxide example shows what gas separation measurements actually mean.
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Evidence date ·Inside the two-compartment gel tested to rebuild bone around rats’ teeth
Peer-Reviewed PaperTwo gel compartments release proteins on different schedules. Rat bone repair improved after 12 weeks, but a dental treatment remains an unproven prospect.
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Evidence date ·Turning ordered protein fibers into gels, films, and filters
Review or Meta-AnalysisA 2021 review examines protein fibers in fluoride-removal composites, responsive gels and cell scaffolds, with design and production challenges still unresolved.
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Evidence date ·How heat loosens molecular attractions and the backbone shapes scratch repair
Peer-Reviewed PaperA two-polymer study links heated scratch closure to molecular motion and shows how a different backbone can make the surface spring back instead.
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Evidence date ·How open grids and stones work together beneath the pavement
Review or Meta-AnalysisStones interlock with polymer grids beneath roads. A 2021 review explains deformation over time and what pavement tests reveal about the combined structure.
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Evidence date ·Inside a concrete crack, repair takes different forms
Review or Meta-AnalysisA 2023 review explains how concrete’s own reactions, bacteria, polymers and fibers aid repair, and what remains uncertain about lasting durability.
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Evidence date ·Tiny spaces in lightweight concrete can store ingredients for crack repair
Review or Meta-AnalysisStored water, chemicals, or bacteria can help lightweight concrete repair cracks. A 2022 review explains why closing a crack differs from recovering strength.
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Evidence date ·How fabric mesh carries load after the mortar around it cracks
Review or Meta-AnalysisTests of mortar with fabric mesh show how cracks, slip and grips affect models, and why using measured failure strain improves agreement.