Fiber Metal Laminates: The Role of the Metal Surface and Sustainability Aspects
Fiber Metal Laminates (FMLs), a class of hybrid materials combining the benefits of metals and composites, have emerged as promising lightweight structural materials. Consequently, research interest in FML production technologies is growing. According to
Mariateresa Caggiano +2 more
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Eco-design and life cycle characterization of fiber-metal laminates for sustainable manufacturing and resource efficiency. [PDF]
Pai A +4 more
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Advanced manufacturing of fiber metal laminates: A review of fabrication strategies, interfacial control, and future outlook. [PDF]
Husain A, Mourad AI, Khan SH.
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Characterization on Mode-I/II Interlaminar Strength and Fracture Toughness of Co-Cured Fiber-Metal Laminates. [PDF]
Wang M +7 more
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Wrinkling Analysis and Process Optimization of the Hydroforming Processes of Uncured Fiber Metal Laminates for Aircraft Fairing Structures. [PDF]
Chen Y, Liu S.
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A review of recent advancements in the impact response of fiber metal laminates. [PDF]
Muniyan V +6 more
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Investigation of deep learning approaches for automated damage diagnostics in fiber metal laminates using Detectron2 and SAM. [PDF]
Kumar S, Bosse S, Shah C.
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Determination of Interface Fracture Parameters in Thermoplastic Fiber Metal Laminates Under Mixed-Mode I+II. [PDF]
Smolnicki M, Duda S.
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Abrasive Waterjet Machining of r-GO Infused Mg Fiber Metal Laminates: ANFIS Modelling and Optimization Through Antlion Optimizer Algorithm. [PDF]
Rajamani D, Siva Kumar M, Tamilarasan A.
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Quasistatic tensile and flexural behaviors of fiber metal laminates after subjecting to uniaxial tensile impact loading. [PDF]
El-Sagheer I, Abd-Elhady AA, Sallam HEM.
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