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--- tailorcrete:examples:el_caleyo [2012/07/25 16:21] – kolarfil
+++ tailorcrete:examples:el_caleyo [2012/09/13 10:22] (current) – Language check, formatting bp
@@ Line 1: / Line 1: @@
-==== El-Caleyo simulation ====
+===== El-Caleyo simulation =====
-=== Test Setup and Geometry ===
+==== Test Setup and Geometry ====
-So called El-Caleyo wall is special formwork with holes and angles designed to test filling ability of self-compacting concrete (SCC). Geometry of the formwork is on the picture below.
+This example illustrates the casting simulation of real problem. The test has been designed by El-Caleyo. The purpose of this tests is to assess the filling ability of self compacting concrete in complex formworks with complex geometry, containing several holes and rather dense traditional reinforcement. The geometry of the formwork is illustrated in Fig.1.
-{{:tailorcrete:examples:elcaleyo_geometry.jpg?200|}}
+|{{:tailorcrete:examples:elcaleyo_geometry.jpg?200|}}|
+|Fig.1: The geometry and setup of El-Caleyo wall|
-=== Computational Model ===
+==== Computational Model ====
-Simulations were done in two different ways of casting. In the first case, SCC is casted from the bottom of the specimen with constant input velocity. In the second case, SCC is casted from the top as it is usual in real casting.
+Simulations were done for two different casting setups. In the first case, the SCC is pumped from the bottom of the specimen with prescribed constant input velocity. In the second case, SCC is casted from the top.
- == Casting from the bottom ==
+=== Casting from the bottom ===
-Example of input file for the "bottom casting" is here: {{:tailorcrete:examples:elcaleyo.oofem.in|}}
-On the next picture, scheme of "bottom casting" is shown. There is is prescribed velocity at the bottom edge.
-{{:tailorcrete:examples:el_caleyo_t0.0.png?200|}}
+Example of OOFEM input file for the "bottom casting" sumulation can be dowloaded from here: {{:tailorcrete:examples:elcaleyo.oofem.in|}}
 == Results ==
-Situation for evolving time is captured on pictures below:
+Initial setup of the model:
+|{{:tailorcrete:examples:el_caleyo_t0.0.png?200|}}|
-{{:tailorcrete:examples:el_caleyo_t25.0.png?200|}}
-{{:tailorcrete:examples:el_caleyo_t100.0.png?200|}}
-{{:tailorcrete:examples:el_caleyo_t175.0.png?200|}}
-{{:tailorcrete:examples:el_caleyo_t400.0.png?200|}}
-== Casting from the top ==
+The snapshots of solution, illustrating the position of SCC in different times, are presented below.
+|{{:tailorcrete:examples:el_caleyo_t25.0.png?200|}}|{{:tailorcrete:examples:el_caleyo_t100.0.png?200|}}|
+|{{:tailorcrete:examples:el_caleyo_t175.0.png?200|}}|{{:tailorcrete:examples:el_caleyo_t400.0.png?200|}}|
+=== Casting from the top ===
-Example of input file for the "casting from the top" is here:{{:tailorcrete:examples:elcaleyo_top_oofem.in|}}
+Example of OOFEM input file for the simulation "casting from the top" can be dowloaded from here:{{:tailorcrete:examples:elcaleyo_top_oofem.in|}}
-On the next picture, casting scheme is shown. SCC is initially at the reservoir above the wall.
+On the next picture, casting scheme is shown. SCC is initially at the reservoir above the wall:
-{{:tailorcrete:examples:el_caleyo_casting_from_the_top_t0.0.png?200|}}
+|{{:tailorcrete:examples:el_caleyo_casting_from_the_top_t0.0.png?200|}}|