Knowra Advanced materials Advanced materials Advanced materials are materials engineered or developed for specialized functions or performance beyond conventional materials, often through tailored composition, structure, or processing.
Materials science : The study of how material composition, structure, processing, and properties relate. It provides the framework for designing materials around targeted performance.
Biomaterials : Materials designed to interact with biological systems for medical or research purposes. They apply advanced material design to implants, devices, and tissue repair.
Defect engineering : The deliberate creation or control of defects in a material to alter its properties. Selected defects can tune conductivity, strength, or chemical activity.
Structural material : A material selected primarily to carry loads or maintain shape. Advanced materials may prioritize functions beyond conventional structural performance.
Additive manufacturing : A group of processes that build objects by adding material from digital design data. It enables geometries and material arrangements difficult to produce conventionally.
Materials characterization : Methods for measuring a material’s composition, structure, properties, and behavior. Characterization verifies whether engineered materials achieve their intended properties.
Metamaterials : Engineered structures whose unusual properties arise from designed internal architecture. Their geometry can create responses unavailable in ordinary bulk materials.
Grain boundary : The interface separating two crystalline grains with different orientations. Grain boundaries influence strength, diffusion, and electrical behavior.
Functional material : A material whose useful behavior depends on properties such as electrical, optical, magnetic, or chemical response. Many advanced materials are engineered chiefly for a specific function.
Life-cycle assessment : A method for evaluating environmental impacts across a product’s life cycle. Novel performance must be weighed against extraction, production, use, and disposal impacts.
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