Explore the many possibilities of composite materials
Welcome to a scientific laboratory of infinite possibilities, where experiments are as exciting as theories, and each discovery opens up new avenues for exploration and understanding. Here, innovative minds collaborate, harnessing the power of creativity and rigorous inquiry to push the boundaries of human knowledge.
FMLs-Interlaminate Toughening
Novel Fiber Metal Laminates
Light-weight high strength protective material
Composite Mechanics
Fiber-Metal Laminates
The toughening and strength of Fiber-Metal Laminates are achieved by interlayer modification, intercalation, and metal improvement, which play critical roles in enhancing their overall performance.
Light-weight high strength protective material
Light-weight protective material with high strength is essential in various applications, providing both durability and ease of use. This material is designed to withstand significant stress while remaining easy to handle, making it ideal for industries such as aerospace, automotive, and sports equipment.
Composite Mechanics and Simulation
The mechanism behind the mechanical behavior of composite materials is studied and revealed through the derivation of the composites’ constitutive relationship and Finite element simulations.
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