In this workshop, we analyze the falling of a soda can on the ground in a Lagrangian-Eulerian space. For more information, you can use this link. In Lagrangian analysis, the nodes are fixed on the material and the elements are deformed by deforming the whole material, but in the Eulerian method, the nodes are fixed in space and do not deform with the deformation of our material elements, so the boundary of the elements is on the boundary of Eulerian material, In general, it does not match. “SPH in Abaqus: the package is available in this link. ![]() It should be mentioned, other methods like SPH are also used to simulate liquid and a structure. Because this method allows us to simulate completely physically or the interaction between a liquid and a structure. ![]() The most important feature of this simulation method is its easy use of General Contact explicit in Abaqus. ![]() Simulations performed in this way are called CEL in Abaqus. Using a Lagrangian-Eulerian contact, Eulerian materials can come into contact with Lagrangian elements.
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