Rolling and Annealing Texture of 3004 Aluminium Alloy

Texture analysis of cold rolled and annealed aluminum alloy produced by twin-roll casting

“…At 67% reduction, the copper component showed f(g) = 10 and the S component showed f(g) = 8, while at 91% reduction, the intensities were slightly higher, f(g) = 12 and f(g) = 10, respectively. Zanget al 5 studied the cold rolled texture of Al 3004 alloy and found that the intensity of the copper component increased with increasing reduction, and that the same held true for the S and brass components, albeit to a lesser extent. However, in the present study, the intensity of the brass component remained constant.…”

“…On the other hand, the rotated cube component {001} <110> found on the surface of the as-cast strip was absent after cold rolling, suggesting that during rolling the rotated cube texture transforms into a brass, copper and S type texture 5 . A comparison of the texture of the as-cast TRC strip throughout its thickness and of the cold rolled sample indicated that, at the center of the samples, the textures were similar in terms of components and intensities 6 .…”

Study on the Adsorption Efficiency of Carbonized Rice Hull Adsorption Bag for the Removal of Oil from Sea Water

“…Many scientists commit themselves to find various treatment methods. However, a considerable amount of methods are still remained to further explore [2] . For instance, some researchers try to use specific microorganisms to "devour" or degrade oil spills.…”

Evolução da microestrutura e da textura durante o processamento de chapas da liga Al-Mn-Fe-Si (3003) produzidas por lingotamento contínuo: um estudo comparativo com o processo semi-contínuo.

“…A componente cubo rodado {001}<110> encontrada na superfície da amostra caster não foi encontrada após laminação a frio. Durante laminação, a textura cubo rodado se transforma em textura tipo latão, cobre e S [Zhang et al, 2002]. Figura 56 -a) FP 111 obtida por difração de raios X da amostra caster na seção ¼ da espessura; b) FDO (difração de raios X) da região ¼ da espessura da amostra caster.…”