Microstructures and Mechanical Performance of Induction-Hardened Medium-Carbon Steels

Nissan, Andrew; Findley, Kip O.

doi:10.1016/b978-0-08-096532-1.01218-8

Cited by 4 publications

(1 citation statement)

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“…In critical rolling and solution-aging treatments are the most important operations once producing the metal layers of FMLs. The aging and shaping process outcomes are stronger and have a greater elastic modulus [12,13].…”

Section: Introductionmentioning

confidence: 99%

Investigation on the multiple plies structure of aluminum-lithium alloy and glass fiber composite with respect to deformation failure

Qutaba

Asmelash

Azhari

2023

Mater. Res. Express

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: The deformation behavior and mechanical properties based on the aluminum-lithium alloys (FMLs) was investigated to optimize the manufacturing process and further interface interaction. The primary structures of the FML composites were made with two sets of plies. From there, six secondary composites with different fibre sheet orientations were made. Then, interlaminar tensile, flexural, and peeling properties of FMLs were tested. The fiber orientation role in the case of failure behaviors of FMLs under different conditions was also revealed. The results have indicated that the plies design significantly enhanced the interlaminar properties of the FMLs and orientation of fiber laying has significantly affected the flexural strength. The peeling test has shown higher fiber-to-metal interfacial bonding with the value of ≥ 80 N/m2 over metal-to-metal adhesion. The plies increase the mechanical properties of composite based at fiber orientation and thickness, but too much impairs performance. The 3/2 plies showed a value of ≤ 385 MPa which has better results in axial structure analysis as compared to over 4/2 composite layers. The peak values appeared under different parameters like adhesive bonding and parallel fiber orientation represented in the qualitative analysis section. The surface microscopy of aluminum-lithium alloy sheet and cross-section failure morphology of composite has been done at a different sighting. Surface characterization, fiber orientation breakdown and deformation morphology have been studied with respect to alloys' elongated grains and micro pits.

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Section: Introductionmentioning

confidence: 99%