Abstract
The progressive evolution of intelligent vehicle cabins has heightened the demand for multifunctional automotive glazing that seamlessly integrates thermal insulation, electro-thermal defogging, electromagnetic transparency, and optical clarity. This critical review examines contemporary advancements in precision curvature inspection, multi-physics coupling simulations, industrial informatics, and high-durability barrier coatings. While adaptive sensor layouts and closed-loop mold compensation algorithms enhance manufacturing conformity to some extent, discrepancies between deterministic finite-element simulations and shop-floor thermal variations reveal persistent geometrical uncertainties. Concurrently, although nanoscale ultraviolet-blocking coatings demonstrate notable photodegradation resistance under accelerated laboratory exposure, real-world degradation remains complicated by synergistic chemical pollutants and interfacial shear stresses. Considering these interwoven physical, computational, and operational factors, this leads us to further thinking that component reliability cannot be decoupled from holistic lifecycle dynamics. Further research is needed to develop unified multi-stress degradation frameworks bridging micro-scale photochemical durability with macro-scale structural tolerance coordination and distributed enterprise informatics.
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