Marc Nonlinear Simulation

MarcIt is a powerful universal nonlinear finite element analysis software, Capable of accurately simulating static, dynamic, and multi physics coupling problems in a wide range of engineering design and manufacturing applications.MarcThe powerful ability to simulate nonlinear materials and variable boundary conditions enables it to assist users in handling a large number of complex design problems.

• Nonlinear and multi physics field solutions: using robust nonlinear algorithms and multi physics field coupling analysis capabilities to solve The types of problems run through the entire product lifecycle, including simulation of manufacturing processes, design performance analysis, and workload performance analysis Analysis and Failure Analysis.

• Nonlinear materials: possessing a vast library of constitutive models for both metallic and non-metallic materials, with over200Used for structure, heat, and multiple purposes Unit types for physical field and fluid analysis.

• Failure and damage analysis: Suitable models can be selected based on different types of materials to study damage and failure.

• Contact analysis: facilitates the establishment of contact models, enabling analysis and visualization of the constantly changing interaction relationships between various components. Friction and plastic heat generation can be included in coupling analysis.

• Automatic mesh re partitioning: using local and global mesh adaptive re partitioning functions to overcome high stress gradients and/or large deformation of elements The problems caused.

• Parallel processing: Higher computational efficiency can be achieved through long-term validated parallel computing capabilities.

• Integrated pre-processing and post-processing: The integrated user interface designed specifically for nonlinear analysis allows users to easily establish and analyze complex data Mixed models.