برنامج تحليل شامل للهياكل تحت تأثير أحمال الطاقة والحرارة MSC Marc Mentant 2016.0

Marc system provides a comprehensive analysis of structures under the influence of power and heat loads. During loading, the structure can undergo large displacement and deformation of materials can exhibit its nonlinear properties. Possible consideration of loading history, including the efficient analysis of complex contact interaction designs. To construct the FE model and the processing results are used pre-post-processors: Patran or Mentat.

Marc finds application in various industries: aerospace, automotive, tire, metal, e.

Marc finite element library contains about 200 different types of elements for holding of the strength, thermal, electrostatic, magnetostatic, electromagnetic, acoustic, and other types of analysis, as well as solutions to problems of fluid mechanics, diffusion problems, etc. You can create custom finite elements.

Marc material model library allows you to use a large number of material models from the simplest isotropic linearly elastic up to the complex, with the dependence of the properties of time and temperature.

Structural analysis in Marc:

Linear static analysis
Nonlinear static analysis taking into account the geometrical and physical nonlinearity, nonlinear boundary conditions, buckling analysis, creep, viscoelasticity, etc..
Fracture Mechanics: methods of linear and nonlinear fracture mechanics sections. Automatic calculation of the implementation of the J-integral model of damage accumulation in rezinomaterialah, concrete cracking, the destruction of the composite material, etc.
Dynamic analysis: calculation of modes and frequencies, frequency response, transient analysis, random vibration, etc.
Simulation of superplastic behavior of materials
Simulation of soil
Sensitivity analysis and optimization
Using axisymmetric solutions for creating three-dimensional models and solutions
Analysis of steady rolling axially symmetric structures (such as a car tire)
Global-local analysis (solution of the problem on the coarse grid with subsequent calculation of the local areas of responsibility with the specification)
Analysis of components of materials with shape memory effect.

Non-structural analysis Marc

heat problem (analysis of steady-state thermal process, analysis of the transient thermal process thermal analysis of welding processes, radiation)
modeling hydrodynamic bearing
electrostatic analysis
magnetostatic analysis
electromagnetic analysis
piezoelectric analysis
acoustic analysis (including the associated acoustic analysis Wednesday-design)
solving problems of fluid mechanics
related types of analysis (related to the thermomechanical analysis, fluid analysis of the interaction - a solid, bonded thermo-electric analysis, related electro-thermo-mechanical analysis)
Ablation and pyrolysis