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Cold-formed steel hat-shaped beams are commonly used in light-weight steel construction systems, such as residential housing structures. The ultimate strength of these sections is affected by their complex stability behavior (e.g. local, distortional and global buckling), therefore an advanced design methodology is needed to calculate the load bearing resistance in the ultimate limit state. On the
The Middle Ages and archaeology. Festschrift to Erik Cinthio: A collection of 26 articles and a bibliography of Erik Cinthios publications 1946-1985.
This thesis is based on four papers on high-dimensional discriminant analysis. Throughout, the curse-of-dimensionality effect on the precision of the discrimination performance is emphasized. A growing dimension asymptotic approach is used for assessing this effect and the limiting error probability are taken as the performance criteria. A combined effect of a high dimensionality and feature infor
Abstract in Arabic تستعرض المحاضرة عرضا موجزا لتطور الأدب العربي الحديث يليه تحليل لعدد من النصوص الأدبية الحديثة لكاتبات وكتاب من دول عربية مختلفة وكيفية اعتماد هذه النصوص مادة تدريسية في تعلم لغة الأم. تهدف هذه الورقة/المحاضرة إلى تقديم رؤية تساعد المدرس في اتباع أسلوب جديد في التدريس
During the recent years, researchers in control engineering have proposed more resource-efficient control strategies than the traditional periodic control paradigm, resulting in two main control approaches: event-based and self-triggered control. Such nonperiodic, state-based control methods, although subject to many open research problems, can provide similar control performance as periodic contr
Anorthoscopic vision: Designing and Sensing the Future Tom O’Dell As a means of thinking about the future and issues of uncertainty, I would like to take my point of departure in a project I completed a few years ago (O’Dell 2013) concerning plans to develop a huge particle sciences facility in Lund, called the European Spallation Source (ESS). I was the only ethnologist working with a team of 1
Manufacturing test specimens, testing them in the laboratory and evaluat- ing material parameters for finite element analysis is costly and time consum- ing. In order to simplify the hyperelastic characterisation of rubber materials an extension of the standard hardness test is here proposed. A number of indentation depths are chosen for the hardness test and the indentation forces for these depth
