CEETRON Solve’s local element contribution functionalities provide out-of-the-box local matrix and vector calculations for linear and parabolic 2D and up to cubic 3D FEA elements. Using the framework is not compulsory to take advantage of the top-performing linear algebra solvers.

Element types include solids, shells, membranes, beams, trusses, interfaces, contact elements, springs, dashpots and concentrated masses. Multipoint constraints are automatically computed.

The material models, either from the built-in library or user-defined, can be both linear and non-linear.

There are few restrictions on the specific data structures used by the toolkit within a host application to maintain the computational grid and/or solution results.

CEETRON Solve works behind the scenes of major industry-standard CAE packages, providing established performance on shared-memory parallel architectures.

The solvers are built on a high level of coarse-grained data distribution and rely on an extensive use of optimized BLAS for low-level operations. However, the true difference is in data management choices, multithreading and memory optimization, and a continuous quest to trim off CPU.