some minor correction for homogenization silo simulation
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# Simulating a simple homogenization silo using periodic boundary
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# Simulating a Simple Homogenization Silo Using Periodic Boundary
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## Problem
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A homogenization silo is used to mix particles inside a silo using the circulation of particles. A pneumatic conveying system is used to carry particles at the exit and re-enter them from the top. Here, we use a `periodic` boundary to simulate the action of the pneumatic conveyor system for circulating particles. Particles that are exiting from the bottom are re-entered from top using this boundary (`periodic`).
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A homogenization silo is used to mix particles inside a silo using the circulation of particles. A pneumatic conveying system carries particles from the exit and re-enters them from the top. Here, we use a `periodic` boundary to simulate the action of the pneumatic conveyor system for circulating particles. Particles exiting from the bottom are re-entered from the top using this boundary (`periodic`).
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The simulation case setup is essentially similar to the [`layeredSiloFilling`](https://github.com/PhasicFlow/phasicFlow/tree/main/tutorials/sphereGranFlow/layeredSiloFilling) tutorial. There is also another change with regard to `layeredSiloFilling`. The exit gate is opened after the filling phase of the silo (see `settings/geometryDict` for more details).
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<div align ="center">
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<b>
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A view of homogenization silo
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</b>
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<img src="./homoSilo.jpeg" style="width: 400px;">
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<b>
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A view of the homogenization silo
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</b>
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</div>
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***
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@ -10,7 +10,7 @@ fileFormat ASCII;
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active Yes; // is insertion active -> yes or no
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/*
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one layers of particles are packed
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six layers of particles are packed
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*/
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layer0
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{
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@ -108,7 +108,7 @@ layer2
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mixture
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{
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lightSphere 1; // only lightSphere
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parType1 1; // only parType1
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}
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}
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@ -142,7 +142,7 @@ layer3
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mixture
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{
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heavySphere 1;
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parType2 1;
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}
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}
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@ -175,7 +175,7 @@ layer4
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mixture
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{
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lightSphere 1;
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parType1 1;
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}
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}
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@ -208,7 +208,7 @@ layer5
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mixture
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{
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heavySphere 1;
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parType2 1;
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}
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}
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