@misc{10498/38474,
year = {2006},
url = {http://hdl.handle.net/10498/38474},
abstract = {Carbon Fiber (CF)/Metallic Alloy (MA) laminar structures, also known as Fiber Metal Laminates (FML) allow diminishing the airship weight. Because of that the use of these materials is growing continuously in the aerospace industry. These composites materials need to be drilled because of the assembly requirements in the different airship elements. The most common problems that can appeared when those structures are machined are related with the interaction of the tool with dissimilar materials, which need different cutting parameters for the optimized machining process. This work reports on the results about a study of the dry drilling processes of hybrid composites Carbon Fiber/aluminum alloy, and especially CF/AA2024.},
organization = {This work has received financial support by the Spanish Goverment, Projects DPI2001-3747 and PTR 1995-0772-OP, and by the Andalusian Government, Project ATT-2003-08.},
publisher = {Trans Tech Publications, Switzerland},
keywords = {AA2024},
keywords = {CF/AA2024 Hybrid Composites},
keywords = {Dry Drilling},
keywords = {FML},
title = {Dry drilling of fiber metal laminates CF/AA2024. A preliminary study},
doi = {10.4028/0-87849-417-0.73},
author = {Sánchez Carrilero, Manuel and Álvarez Alcón, Miguel and Díaz Ares, José Enrique and Astorga Ramírez, Juan Ramón and Cano Martín, María José and Marcos Bárcena, Mariano},
}