Designed elements SIS100

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Paweł Szałwiński

Page 1 of 3
SIS100 Connection box:
SIS100 Sliding support:

Page 2 of 3
SIS100 Line:
SIS100 Busbar compensation:

Page 3 of 3
SIS100 helium line:

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A numerical investigation of forced convection in a channel with hot solid block inside a square porous block mounted on a bottom wall was carried out. The lattice Boltzmann method was applied for numerical simulations. The fluid flow in the porous media was simulated by Brinkman-Forchheimer model. The effects of parameters such as porosity and thermal conductivity ratio over flow pattern and thermal field were investigated. In this paper the effects of mentioned parameters were discussed in detail. The result show with increasing the thermal conductivity ratio and porosity the fluid temperature will reduce.

Using Lattice Boltzmann Method to Investigate the Effects of Porous Media on ...

Using Lattice Boltzmann Method to Investigate the Effects of Porous Media on ...

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Bloque 01. tema 02.- Un mundo desigual

Bloque 01. tema 02.- Un mundo desigual

Bloque 01. tema 02.- Un mundo desigual

Ceper Cehel de Albuñol

Abstract Lattice Boltzmann method is used to simulate cavity driven fluid flow in porous media. A square cavity is considered with the top lid moving with uniform velocity and other sides kept stationary. Simulation is carried out for values of Darcy number ranging from 10-6 to10-2 at Reynolds number 10 and 100. Influence of Darcy number and Reynolds number is investigated on velocity profiles and the streamline plots. Half-way bounce back boundary conditions are employed in the numerical simulation. The numerical code is first verified with the results available in the literature and then used to simulate the Newtonian fluid flow in porous media. The Darcy number and the Reynolds number were observed to have great influence on the flow properties and the location of the primary vortex. Simulation was carried out for a 100100 mesh grid and a fine agreement is established theories in incompressible fluid flow. Keywords: Lattice Boltzmann method, incompressible flow, porous media

Mesoscopic simulation of incompressible fluid flow in porous media

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Mesoscopic simulation of incompressible fluid flow in porous media

The project schedule and budget

The project schedule and budget

The project schedule and budget

Neisseria m.

Anthony Pecorella's talk at GDC Europe covering the math and design of idle games. This talk goes into details about formulas and progression systems as well as tools available for balancing these systems. Bonus sections include a quick look at stupidly-large numbers and a summary of some recent notable additions to the idle game genre. You can try the spreadsheet models out at http://kon.gg/idle-math-spreadsheets.

Quest for Progress (GDC Europe 2016)

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Bloque 02. tema 02. LOS FACTORES FÍSICOS DE LOS ESPACIOS NATURALES

Bloque 02. tema 02. LOS FACTORES FÍSICOS DE LOS ESPACIOS NATURALES

Bloque 02. tema 02. LOS FACTORES FÍSICOS DE LOS ESPACIOS NATURALES

Ceper Cehel de Albuñol

Viewers also liked (9)

Using Lattice Boltzmann Method to Investigate the Effects of Porous Media on ...

Using Lattice Boltzmann Method to Investigate the Effects of Porous Media on ...

Using Lattice Boltzmann Method to Investigate the Effects of Porous Media on ...

Bloque 01. tema 02.- Un mundo desigual

Bloque 01. tema 02.- Un mundo desigual

Bloque 01. tema 02.- Un mundo desigual

Mesoscopic simulation of incompressible fluid flow in porous media

Mesoscopic simulation of incompressible fluid flow in porous media

Mesoscopic simulation of incompressible fluid flow in porous media

The project schedule and budget

The project schedule and budget

The project schedule and budget

Neisseria m.

Quest for Progress (GDC Europe 2016)

Quest for Progress (GDC Europe 2016)

Quest for Progress (GDC Europe 2016)

GPC presentation

GPC presentation

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GDC 2014 Core Games, Real Numbers: Going Cross-Platform

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Bloque 02. tema 02. LOS FACTORES FÍSICOS DE LOS ESPACIOS NATURALES

Bloque 02. tema 02. LOS FACTORES FÍSICOS DE LOS ESPACIOS NATURALES

Bloque 02. tema 02. LOS FACTORES FÍSICOS DE LOS ESPACIOS NATURALES

Designed elements SIS100

1. Page 1 of 3 SIS100 Connection box: SIS100 Sliding support:

2. Page 2 of 3 SIS100 Line: SIS100 Busbar compensation:

3. Page 3 of 3 SIS100 helium line: