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Springer Spektrum Diffusionsmodellierung: Skalenübergreifende Thermofluiddynamik des Wärme- und Stofftransports disperser Systeme

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Description

Rodion Groll entwickelt einen Modellansatz, um Transportvorgänge der Thermo- und Fluiddynamik, die primär als kontinuumsmechanische Prozesse interpretiert werden, als Summe diskreter Teilchenbewegungen zu beschreiben. Temperaturgradienten beeinflussen wie die Bewegung elektrisch neutraler und geladener Teilchen die räumliche und zeitliche Änderung der als kontinuierlich betrachteten Größen. Eine diesen Flüssen zu Grunde liegende disperse Teilchenbewegung wird in der makroskopischen Beschreibung als nicht materieller Transport oder eben als Diffusion bezeichnet. Der Autor verwendet statistische Methoden, welche bislang für den Meso- bis Makroskalenbereich in der Turbulenzmodellierung Anwendung fanden, um nun im Mikro- bis Meso-Skalenbereich den physikalischen Kontext vom Phasenübergang in Mehrphasengemischen über die molekulare Gasdynamik bis hin zur Plasmadiffusion mathematisch zu beschreiben. From the Back Cover Rodion Groll entwickelt einen Modellansatz, um Transportvorgänge der Thermo- und Fluiddynamik, die primär als kontinuumsmechanische Prozesse interpretiert werden, als Summe diskreter Teilchenbewegungen zu beschreiben. Temperaturgradienten beeinflussen wie die Bewegung elektrisch neutraler und geladener Teilchen die räumliche und zeitliche Änderung der als kontinuierlich betrachteten Größen. Eine diesen Flüssen zu Grunde liegende disperse Teilchenbewegung wird in der makroskopischen Beschreibung als nicht materieller Transport oder eben als Diffusion bezeichnet. Der Autor verwendet statistische Methoden, welche bislang für den Meso- bis Makroskalenbereich in der Turbulenzmodellierung Anwendung fanden, um nun im Mikro- bis Meso-Skalenbereich den physikalischen Kontext vom Phasenübergang in Mehrphasengemischen über die molekulare Gasdynamik bis hin zur Plasmadiffusion mathematisch zu beschreiben.   Der Inhalt Kontinuumsmechanische Grundlagen Reibungsbehaftete und turbulente Strömungen Molekulare Gasdynamik Monodisperse Zweiphasenströmungen Phasenübergang eines polydispersen Mehrphasengemischs Plasmadiffusion   Die Zielgruppen Dozierende und Studierende der Strömungs- und Kontinuumsmechanik Anwender im Bereich der Strömungssimulation von Mehrphasengemischen und verdünnten Gasen   Der Autor Dr. habil. Rodion Groll ist Privatdozent am Fachbereich Produktionstechnik der Universität Bremen für das Fach Strömungsmechanik. Er leitet den Bereich Thermofluiddynamik am Zentrum für angewandte Raumfahrttechnologie und Mikrogravitation (ZARM). About the Author Dr. habil. Rodion Groll ist Privatdozent am Fachbereich Produktionstechnik der Universität Bremen für das Fach Strömungsmechanik. Er leitet den Bereich Thermofluiddynamik am Zentrum für angewandte Raumfahrttechnologie und Mikrogravitation (ZARM).

Product Specifications

Format
paperback
Domain
Amazon UK
Release Date
10 November 2015
Listed Since
19 September 2015

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