@misc{nienaber_einfluss_der_2023, 
author={Nienaber, M.},
title={Einfluss der thermomechanischen Behandlung auf die Mikrostruktur und Textur von Magnesiumflachhalbzeugen},
year={2023},
howpublished = {doctoral thesis: Technische Universität Berlin},
abstract = {This work highlights the fundamental importance of understanding both the influences of the process and the alloying elements on the deformation and recrystallization mechanisms. A clear correlation can be shown between process parameters, microstructure or texture development and the resulting forming properties for the alloys used in this work. It can be seen that alloying elements can have different effects on microstructure and texture development depending on the process. This is due to the prevailing dynamic or static recrystallization mechanisms depending on the manufacturing route. The comprehensive study of the alloy influence shows that Ca is not suitable as an alloying element for the WZ10 alloy in terms of improving the semi-finished product properties at room temperature. This is valid for flat products which were produced by both rolling process and direct extrusion. And it could be demonstrated for the first time on an accelerated static and dynamic recrystallization behavior by Ca and the resulting changed texture developments. Furthermore, this work clearly distinguishes for the first time between the static (double peak in TD) and dynamic RE texture components (double peak in ED/RD) and discusses the development of the quadruple texture in detail.},
note = {Nienaber, M.: Einfluss der thermomechanischen Behandlung auf die Mikrostruktur und Textur von Magnesiumflachhalbzeugen. Technische Universität Berlin, 2023.}}