Webtraining: introduction to SPH and CEL (meshless approaches)

– For 4RealSim Customers –
Join us for a technical online webinar where 4RealSim will introduce you to the powerful meshless approaches available in Abaqus: Coupled Eulerian-Lagrangian (CEL) and Smoothed Particle Hydrodynamics (SPH). This session is designed for 4RealSim software customers and will cover the benefits and applications of these advanced methods through detailed discussions and demonstrations.

At 4RealSim, we believe in continuous learning and regularly organize webtrainings to help our customers stay ahead. This session will enable you to:
– Get an introduction to SPH and CEL
– Increase your confidence in using Abaqus
– Become more efficient in your simulation tasks

Coupled Eulerian-Lagrangian (CEL)

In traditional Lagrangian analysis, nodes are fixed within the material, and elements deform as the material deforms. Conversely, in Eulerian analysis, nodes are fixed in space, and the material flows through elements that do not deform. CEL analyses enable the interaction between Eulerian and Lagrangian elements, making it ideal for simulations involving fluid-structure interaction and other multi-physics scenarios.

Smoothed Particle Hydrodynamics (SPH)

SPH is a meshless numerical method that represents bodies using particles instead of defined nodes and elements. This method is particularly effective for applications involving extreme deformation, such as fluid sloshing, wave engineering, ballistics, and fragmentation followed by secondary impacts.

Applications of CEL and SPH

CEL: Ideal for liquid sloshing, gas flow, and penetration problems.
SPH: Effective for fluid sloshing, spraying, and high-impact scenarios like bird strikes.

Who should attend this event?

This webinar is recommended for 4RealSim Abaqus customers who want to enhance their understanding of advanced meshless methods and their applications in Abaqus simulations.