Deutungsmuster der Katastrophe. Erhabenheit und Evangelium in Ernst Jüngers "Stahlgewitter"

in Conter, Claude; Jahraus, Oliver; Kirchmeier, Christian (Eds.) Der Erste Weltkrieg als Katastrophe. Deutungsmuster im literarischen Diskurs (2014)

Deux afflictions mises ensemble peuvent devenir une consolation. Theodizee bei Jean Paul und Heinrich von Kleist

in Jung, Werner; Löwenstein, Sascha; Maier, Thomas (Eds.) et al Wege in und aus der Moderne. Herbert Kaiser zum 65. Geburtstag (2006)

Deux confessions pour deux États ? La Pacification de Gand de 1576 : un tournant dans la Révolte des Pays-Bas

in Castagnet, Véronique; Christin, Olivier; Ghermani, Naïma (Eds.) Les affrontements religieux en Europe du début du XVIe au milieu du XVIIe siècle (2008)

Deux missions diplomatiques du secrétaire d’État allemand Urbain de Scharenberg en Empire (1560 et 1565/1566)

in Bulletin de la Commission Royale d'Histoire (1998), 164

Deux sociétés de gestion de portefeuille soeurs et leur dirigeant commun face à leurs obligations professionnelles, Note sous Sanct. AMF 27 juin 2014

in Bulletin Joly Bourse (2014)

Developing a Collaborative and Autonomous Training and Learning Environment for Hybrid Wireless Networks

in Proceedings of Global Congress on Engineering and Technology Education (GCETE 2005) (2005)

Developing a DEM-Coupled OpenFOAM solver for multiphysics simulation of additive manufacturing process

in Scipedia.com (2022, December)

Powder-based additive manufacturing technologies, specifically selective laser melting, are challenging to model due to the complex, interrelated physical phenomena that are present on multiple spatial ... [more ▼]

Powder-based additive manufacturing technologies, specifically selective laser melting, are challenging to model due to the complex, interrelated physical phenomena that are present on multiple spatial scales, during the process. A key element of such models will be the detailed simulation of flow and heat transfer throughout the melt pool that is formed when the powder particles melt. Due to the high temperature gradients that are rised inside the melt pool, Marangoni force plays a key role in governing the flows inside the melt pool and deciding its shape and dimensions[1]. On the other hand the mass and heat transfer between the melt and the powder also has a signifacnt role in shaping the melt pool at the edges. In this study we modified an OpenFOAM solver(icoReactingMultiphaseInterFoam) cou- pled with an in-house developed DEM code known as eXtended Discrete Element Method or XDEM which models the dynamics and thermodynamics of the particles[2]. By adding the Marangoni force to the momentum equation and also defining a laser model as a boundary Condition for Liquid-Gas Interface, the solver is capable of modeling selective laser melting process from the moment of particle melting to the completion of the so- solidified track. The coupled solver was validated with an ice-packed bed melting case and was used to simulate a multi-track selective laser melting process. [less ▲]

Developing a fast photochemical calculator for an integrated assessment model

in International Journal of Environment and Pollution (2012)

The use of integrated assessment models, in air quality policy, which combines atmospheric models with others from different fields, raises the need of developing specific air quality modelling concepts ... [more ▼]

The use of integrated assessment models, in air quality policy, which combines atmospheric models with others from different fields, raises the need of developing specific air quality modelling concepts. The air quality model, AUSTAL2000-AYLTP uses an adapted version of AUSTAL2000 model to calculate transport coupled with a fast photochemical module. Two approaches are compared: one using a look-up table and the other using a coupled box model. The lookup table has been built using the OZIPR model by simulating a large set of possible combinations of meteorological variables and precursor concentrations. The second approach consists of coupling the Lagrangian model AUSTAL2000 with the OZIPR box model. In both approaches the photochemistry is included in the mode by using a quasi-linear reaction rates coefficient which is used to affect the mass of the Lagrangian particles. We discuss the differences and the suitability of the two model versions, through exploring CPU time flexibility, applicability and accuracy. [less ▲]

Developing a German-English Dictionary of the Common Language of Academia

in Journal of Academic Writing (2015), 5(1), 29-41

The factual dominance of English as Lingua Franca of the international scientific community continues to increase in most disciplines. Univesrity students, lecturers and researchers are more and more ... [more ▼]

The factual dominance of English as Lingua Franca of the international scientific community continues to increase in most disciplines. Univesrity students, lecturers and researchers are more and more commonly required to acquire English for academic purposes. Meanwhile, linguistic research into the similarities and differences between academic English and its German, Italian or other counterparts has been conducted. However, no comprehensive study has yet dealt with the specific problems faced by German-speaking academics and students acquiring English for academic purposes. It is in this context that this article presents an ongoing research project designed to address that gap. It concerns the lack or partial lack of equivalent linguistic means between the German and the English common language of academia. The common language of academia is, by definition, used across the disciplines and contains or realises fixed, language- and culture-specific conceptions of what actually constitutes 'science' or 'academia'. It is largely based on but differs from language use in everyday contexts, thus posing significant challenges for students even in their first language. In this article, we address the challenge of achieving not only a functional comparison of the common language of academia in English and German, but of complementing the underlying inventory and analysis of each. Following a discussion of previous work, we detail our research design and criteria for the comparative analysis of the common language of academia in English and German, as well as some prelimiary results of the project. The findings of our project will ultimately lead to a German-English dictionary for the common language of academia designed to support both students and academics with understanding and participating in international scientific communities with different linguistic backgrounds. [less ▲]

Developing a mathematics large-scale assessment at the beginning of first grade in Luxembourg

Poster (2014, April)