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Some Issues of Structure and Interpretation in 'Deh fammiti vedere in ogni loco!' from 'Three Sonnets of Michelangelo' for Cello Solo by Gheorghi Arnaoudov
No full textEffekte der maschinellen Beatmung mit unterschiedlichem positiv end-exspiratorischem Druck auf Störungen der Lungenbelüftung nach experimentellem Thoraxtrauma – eine Untersuchung am Großtier-Modell
No full textVergleich zweier Beatmungsschemata mit unterschiedlichem PEEP nach experimentellem Thoraxtrauma im Hinblick auf respiratorische, hämodynamische und bildmorphologische Parameter
Kleintiere in Bach und Fluss
No full textDie Broschüre 'Kleintiere in Bach und Fluss' lädt ein winzige Insekten, andere flinke Asseln oder versteckt lebende Würmer in unserem Gewässern zu entdecken. Sie leben am Gewässergrund im Schlamm, unter Steinen oder an Wasserpflanzen. Durch ihr Vorkommen verraten die Tiere viel über ihre Lebensbedingungen und den Lebensraum, den sie besiedeln. So kann man auf die Qualität des Gewässers rückschließen.
Redaktionsschluss: 01.09.202
Economic fatigue damage monitoring for vehicle fleets using the scattering transform
No full textVehicle monitoring is an important prequisite for predictive maintenance applications. Virtual sensors can be deployed to establish relationships between fatigue related quantities of interest and readily available measurement data, which reduces the costs of monitoring for vehicle fleets. This work describes a data-driven virtual sensing approach using the scattering transform and principal component analysis. These data transformations are used to obtain a reduced representation of acceleration data, which is suitable for the identification of fatigue critical events during vehicle operation. Results of a previous study using an eBike demonstrator are summarized and the methodology is applied to experimental data of a sensor equipped light rail vehicle. In both applications, fictitious fatigue damage contributions are estimated accurately and physical interpretations of the reduced representation are found
As climate changes, everything changes
No full textTheoretical and Applied Climatology (TAAC) has recently undergone a few changes. These include the editorial management system SNAPP (https://www.springernature.com/gp/snapp) and an enlarged Editorial Board (https://www.springer.com/journal/704). As the new managing editor, I would like to address these changes and set them in perspective to the developments in climate research and in the related publishing sector
Order-Preserving Self-Maps of Complete Lattices
No full textWe study isotone self-maps of complete lattices and their fixed point sets, which are complete lattices contained as suborders, but not necessarily as subsemilattices. We develop a representation of such maps by means of relations and show how to navigate their fixed point lattices using a modification of the standard Next closure algorithm. Our approach is inspired by early work of Shmuely and Crapo. We improve and substantially extend our earlier publication
Göschens Welt: Göschenhaus-Journal: Informationen rund um das Museum Göschenhaus Grimma, Georg Joachim Göschen (1752-1828) und Johann Gottfried Seume (1763-1810)
No full textEffect of Load Eccentricity on CRC Structures with Different Slenderness Ratios Subjected to Axial Compression
No full textThe use of nonmetallic reinforcement in concrete aims at the decrease in material consumption by reducing the component sizes when compared to conventional reinforced concrete structures, which inherently results in very filigree structures. Although intensive basic research has been carried out on textile-reinforced concrete for about 30 years, the subject of stability behavior has hardly been investigated so far. This study focuses the fundamental understanding of the structural behavior of slender carbon-reinforced concrete (CRC) structures subjected to axial compression. Therefore, buckling experiments have been carried out in order to quantify the influence of two parameters: the slenderness ratio of the specimens (varying between 60 and 130) and the load eccentricity (0, 2, and 4 mm). The results of the specimens that were tested with the initial load eccentricities revealed a good overall agreement with those obtained by a second-order theory approach throughout all of the investigated slenderness ratios. For the centrally pressed samples that featured high slenderness ratios, the failure stresses could successfully be predicted with Euler’s buckling formula, whereas this theory overestimated the results of the specimens with intermediate to low slenderness ratios due to the plastic buckling phenomenon. The presented study emphasizes that the consideration of the stability problem is inevitable when designing material-efficient structures made of textile-reinforced concrete