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| + | == Abstract == |
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| | + | In this work, it was evaluated the behaviour of monolithic structures made of woven laminae of E-glass/polyester.subjected to high-velocity impacts, through experimental techniques. It were studied four monolithic laminates of different thicknesses:3, 6, 9 and 12 mm, evaluating the energy absorption, the contact time between the plate and the projectile during the impact event and the extension of damaged area in both faces of the laminate, through non-destructive inspection techniques. Once the results were obtained, It was found that laminates of greater thickness show a larger damage area for both faces of laminate, greater contact time .and, minumun perforation-energy. |
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| − | ==This is a title== | + | == Full document == |
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| − | Author test, author miguel
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| − | ==Abstract==
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| − | Quisque aliquam accumsan dapibus. Phasellus porta metus nisl, ut egestas justo facilisis et. Sed ut ante et leo posuere sagittis. Aliquam sed ipsum eget odio venenatis fringilla. Sed porta molestie odio, vitae luctus mauris posuere et. Nulla eget nulla sit amet magna condimentum blandit eget id ex. Vestibulum sollicitudin orci erat, eu maximus felis pulvinar ac. Nam enim risus, posuere eu facilisis sed, ultrices sit amet nunc. Ut mollis, eros lobortis ornare tempor, enim neque fermentum mauris, eget molestie nibh justo vel purus. Vestibulum vitae congue justo, nec lobortis libero. Pellentesque id neque ac ligula aliquet pulvinar sit amet at lacus. Mauris feugiat facilisis tincidunt. Sed lobortis ultricies diam, sit amet ultricies lectus sollicitudin in
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| − | ==Introduction==
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| − | Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut placerat enim ac quam vulputate volutpat. Pellentesque sodales, odio finibus rutrum suscipit, risus diam lobortis nulla, et fermentum felis sapien vel erat. Vestibulum pharetra tortor vel tellus scelerisque, maximus dapibus nisi dictum. Vivamus interdum ultrices neque a vestibulum. Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. In hac habitasse platea dictumst. Maecenas sit amet dui turpis. Interdum et malesuada fames ac ante ipsum primis in faucibus. Fusce bibendum, sapien sit amet tempor vehicula, urna nibh suscipit massa, ac semper elit lectus volutpat sapien. Suspendisse et risus justo.
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| − | Aenean vel mi condimentum, convallis ipsum in, ullamcorper nisi. Curabitur laoreet lorem in ex lacinia, et mollis dolor semper. Pellentesque vitae tincidunt leo. Maecenas eget sagittis diam. Proin ac tincidunt dui, id auctor tellus. Etiam eget consectetur orci, vel egestas libero. Curabitur sit amet odio sit amet ligula condimentum laoreet rhoncus at massa.
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| − | Quisque aliquam accumsan dapibus. Phasellus porta metus nisl, ut egestas justo facilisis et. Sed ut ante et leo posuere sagittis. Aliquam sed ipsum eget odio venenatis fringilla. Sed porta molestie odio, vitae luctus mauris posuere et. Nulla eget nulla sit amet magna condimentum blandit eget id ex. Vestibulum sollicitudin orci erat, eu maximus felis pulvinar ac. Nam enim risus, posuere eu facilisis sed, ultrices sit amet nunc. Ut mollis, eros lobortis ornare tempor, enim neque fermentum mauris, eget molestie nibh justo vel purus. Vestibulum vitae congue justo, nec lobortis libero. Pellentesque id neque ac ligula aliquet pulvinar sit amet at lacus. Mauris feugiat facilisis tincidunt. Sed lobortis ultricies diam, sit amet ultricies lectus sollicitudin in.
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| − | Vestibulum eu ex dignissim, dictum nulla sit amet, dapibus tellus. Vivamus non quam eu est ullamcorper rutrum et vel erat. Fusce vestibulum tincidunt neque, dignissim hendrerit sapien condimentum at. Vestibulum id lectus quis urna varius tincidunt et ac nulla. Phasellus auctor at ipsum et dignissim. Nunc elit nulla, feugiat eget justo et, volutpat suscipit dolor. Sed mauris risus, interdum in dui ut, convallis molestie nulla. Integer posuere dolor semper venenatis facilisis. Duis nec lorem vel erat pharetra vulputate vitae nec eros. Donec dolor massa, facilisis ut odio a, lobortis congue ante. Cras at interdum elit, euismod feugiat lorem. Quisque congue non diam ac venenatis. Nam rhoncus mauris a magna posuere, quis faucibus dolor feugiat. Duis finibus, magna a tristique suscipit, nibh odio imperdiet est, vel efficitur risus quam nec erat. Nunc varius tellus sit amet libero lacinia, a porttitor lacus ornare. Duis eleifend ante ut viverra lobortis.
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| − | Suspendisse imperdiet lacus non sapien porta, nec interdum libero posuere. Donec tristique porta nisi. Nam nec iaculis felis. In sed tortor tellus. Vivamus ornare efficitur aliquet. Etiam vitae volutpat neque, sit amet pharetra diam. Suspendisse molestie turpis urna, ac consequat dolor mattis ac. Etiam in rhoncus arcu. Phasellus condimentum eros pulvinar arcu facilisis hendrerit. Nullam sit amet orci placerat, convallis sem eget, molestie turpis. Integer sed vehicula est. Sed tempus maximus ipsum id hendrerit. Phasellus id mauris ullamcorper quam porttitor scelerisque et quis orci. Quisque sodales tellus in malesuada imperdiet. Nullam tristique convallis leo. Vestibulum eget lectus id ligula tincidunt tristique et sed nunc.
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In this work, it was evaluated the behaviour of monolithic structures made of woven laminae of E-glass/polyester.subjected to high-velocity impacts, through experimental techniques. It were studied four monolithic laminates of different thicknesses:3, 6, 9 and 12 mm, evaluating the energy absorption, the contact time between the plate and the projectile during the impact event and the extension of damaged area in both faces of the laminate, through non-destructive inspection techniques. Once the results were obtained, It was found that laminates of greater thickness show a larger damage area for both faces of laminate, greater contact time .and, minumun perforation-energy.
