The co-simulation technique is a multiphysics capability that provides several functions, available within Abaqus or as separate add-on analysis capabilities for run , for run-time coupling of Abaqus and another analysis program; ? Within the context of XFEM, co-simulation technique makes complex fracture analyses feasible by coupling Abaqus/Standard to Abaqus/Explicit; Dassault Systèmes | ? Abaqus/Standard provides XFEM ? Abaqus/Explicit is more efficient for solving complex contact interactions ? Identify an interface region using either node sets or surfaces when coupling Abaqus/Standard to | www.3ds.com | ? Abaqus/Explicit; ? Time increments do not have to be the same-allow Abaqus to subcycle; ? For Abaqus/Standard to Abaqus/Explicit co-simulation, you do not define the fields exchanged; they are determined automatically according to the procedures and co-simulation parameters used
The co-simulation technique is a multiphysics capability that provides several functions, available within
Abaqus or as separate add-on analysis capabilities for run , for run-time coupling of Abaqus and another
analysis program;
? Within the context of XFEM, co-simulation technique makes complex fracture analyses feasible by
coupling Abaqus/Standard to Abaqus/Explicit;
Dassault Systèmes |
? Abaqus/Standard provides XFEM
? Abaqus/Explicit is more efficient for solving complex contact interactions
? Identify an interface region using either node sets or surfaces when coupling Abaqus/Standard to
| www.3ds.com | ?
Abaqus/Explicit;
? Time increments do not have to be the same-allow Abaqus to subcycle;
? For Abaqus/Standard to Abaqus/Explicit co-simulation, you do not define the fields exchanged; they are
determined automatically according to the procedures and co-simulation parameters used