Changes between Version 1 and Version 2 of imuk/projects/2003_05
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- Sep 16, 2010 12:41:18 PM (15 years ago)
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imuk/projects/2003_05
v1 v2 4 4 Duration: 01/05/2003 - 31/03/2004 \\\\ 5 5 This is a joint project with Siegfried Raasch and Manabu Kanda at the [http://www.ide.titech.ac.jp/~kandalab/ Department of International Development Engineering], Tokyo Institute of Technology, Japan. It includes an 11-month research stay in Germany. \\\\ 6 This study examines the energy imbalance problem using Large Eddy Simulation model. We represent typical a day-time convective boundary layer with no synoptic-scale vertical motion. By means of this, [ wiki:Kanda2002 Kanda et al. (2002)] have already revealed the basic characteristics of energy imbalance aroused by a horizontally homogeneous surface. Based on this result, this study investigates the case of heterogeneous surface condition. The heterogenity is given as 1-dimensional sinusoidal surface heating as in [wiki:letzelraasch2002 Letzel & Raasch (2002)]. In this study, the influence of the complexity or magnitude of heteroginity heating are important and we examine it in detail. (See also the study by [../2001_02 Kanda & Letzel].)6 This study examines the energy imbalance problem using Large Eddy Simulation model. We represent typical a day-time convective boundary layer with no synoptic-scale vertical motion. By means of this, [../../publications#y2002 Kanda et al. (2002)] have already revealed the basic characteristics of energy imbalance aroused by a horizontally homogeneous surface. Based on this result, this study investigates the case of heterogeneous surface condition. The heterogenity is given as 1-dimensional sinusoidal surface heating as in [../../publications#y2002 Letzel & Raasch (2002)]. In this study, the influence of the complexity or magnitude of heteroginity heating are important and we examine it in detail. (See also the study by [../2001_02 Kanda & Letzel].)
