'Source terms' presentation slideshows

COSMO

Some Challenges related to physical parameterizations. Current WG3a-Activity towards solving the problems. 1-st Part: Turbulence and Convection. 2-nd Part: Microphysics and Radiation (U. Blahak). Sibiu 2013. COSMO. Matthias Raschendorfer.

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333 views • 26 slides

Frontiers in Nonlinear Waves The Effect of Nonlinear Fluxes on Spectral Shape and the Generation

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Lecture 3

Lecture 3. FD Methods. Domain of Influence (elliptic, parabolic, hyperbolic) Conservative formulation Complications: Mixed Derivatives Higher Dimensions (2+) Source Terms. FD: Domain of influence. Elliptic PDE Laplace equation. FD: Domain of influence. Parabolic PDE Heat equation.

389 views • 25 slides

Perspectives on the Back-end of the Nuclear Fuel Cycle: Present and Future

Perspectives on the Back-end of the Nuclear Fuel Cycle: Present and Future. John Kessler, Program Manager, HLW & Spent Fuel Management ( jkessler@epri.com ; 704-595-2249) DOE Fission-Fusion Hybrid Workshop, Gaithersburg MD October 1, 2009.

382 views • 18 slides

Accurate Numerical Treatment of the Source Terms in the Non-linear Shallow Water Equations

Accurate Numerical Treatment of the Source Terms in the Non-linear Shallow Water Equations. J . G . Zhou , C . G . Mingham , D . M . Causon and D . M . Ingram Centre for Mathematical Modelling and Flow Analysis Department of Computing and Mathematics

293 views • 18 slides

484 views • 17 slides

Source Terms

Source Terms. Constant Concentration Injection Well Recharge. May be introduced at the boundary or in the interior of the model. Q. Constant Concentration (Z&B, p. 283). c s. e.g., NAPL source area. at boundary. Injection Well. Qc s. well. Recharge. R, c s.

251 views • 16 slides

Novel Simulation Methods in the Particle-In-Cell Framework Warp

Novel Simulation Methods in the Particle-In-Cell Framework Warp. J.-L . Vay*, C.G.R. Geddes Lawrence Berkeley National Laboratory, CA, USA D.P. Grote , A . Friedman Lawrence Livermore National Laboratory, CA, USA. 53 rd Annual Meeting of the APS Division of Plasma Physics

281 views • 15 slides

Source Terms

Source Terms. Constant Concentration Injection Well Recharge. May be introduced at the boundary or in the interior of the model. Q. Constant Concentration (Z&B, p. 283). c s. e.g., NAPL source area. at boundary. Injection Well. Qc s. well. Recharge. R, c s.

254 views • 15 slides

Source Terms

Source Terms. Constant Concentration Injection Well Recharge. May be introduced at the boundary or in the interior of the model. Q. Constant Concentration (Z&B, p. 283). c s. e.g., NAPL source area. at boundary. Injection Well. Qc s. well. Recharge. R, c s.

159 views • 15 slides

Source terms acting only in a single point are described by the Dirac function

z. z. h. y. x. x. SPICE. receiver line. 17 km. 6 km. 6 km. 15 km. 15 km. z. z. y. h. x. x. 4 sec. 8 sec. 12 sec.

119 views • 1 slides

thickness

For spherical winds set: angle=pi/2 base=0 radius= r_outer thickness < r_outer For collimated winds set: angle=0 base=cylindrical radius radius=cylinder height thickness < radius For conical jets set: angle < Pi/2 base >= 0 radius = r_outer thickness < r_outer.

181 views • 1 slides