By Seiji Tsuboi (auth.), Michael Resch, Sabine Roller, Peter Lammers, Toshiyuki Furui, Martin Galle, Wolfgang Bez (eds.)
This e-book comprises papers provided on the 5th Teraflop Workshop, held in November 2006 at Tohoku collage, Japan and the 6th Teraflop Workshop held in March 2007 on the Stuttgart excessive functionality Computing heart (HLRS) in Germany. It offers the state of the art in excessive functionality computing and simulation on sleek supercomputer architectures. It covers traits in and software program improvement typically and particularly the way forward for vector-based platforms and heterogeneous architectures. the appliance contributions conceal computational fluid dynamics, fluid-structure interplay, physics, chemistry, astrophysics, and weather study. cutting edge fields like coupled multi-physics or multi-scale simulations are presented.
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Oceanic vertical velocity at 100 m. Blue/red denotes upward/downward currents. 28 S. Masson et al. 3 Oceanic CO2 pumping and eddies The capacity of the ocean to pump or reject CO2 is a key point to quantify the climatic response to the atmospheric CO2 increase. Through biochemistry processes involving life and death of phyto and zooplankton, oceans reject CO2 to the atmosphere in the equatorial regions where upwelling are observed, whereas at mid and high latitudes, oceans pump and store CO2. It is thus primordial to explore the processes that keep balance between oceanic CO2 reject and pumping and understand how this equilibrium could be aﬀected in the global warming context: Will the ocean be able to store more CO2 or not?
5 where a tiny boundary layer transition trip attached to an airfoil is included in the computational model. Figure 6 are the computed pressure distributions which show the detailed ﬂow features including the eﬀect of trip wire, interactions between small vortices and the shock wave, and so on. Fig. 4. Computed Mach distribution around NACA0012 airfoil at Re=5000, M∞ = 2, and α = 3◦ Unstructured-Grid CFD and the Next 51 Fig. 5. Cube frames around RAE2822 airfoil (left) and an enlarged view of Cartesian grid near tripping wire (right).
Dijkstra References 1. : Climate Change 2001: The Scientiﬁc Basis. Contribution of Working Group I to the Third Assessment Report of the Intergovernmental Panel on Climate Change (IPCC), Cambridge University Press, UK (2001) 2. : Summary for policymakers and technical summary. ipcc fourth assessment report (2001) 3. : Transient coupled ensemble climate simulations to study changes in the probability of extreme events. CLIVAR Exchanges 28 (2003) 11–13 4. : Tropical origins for recent and future Northern Hemisphere climate change.
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