You can now simulate the dynamic impact in strength analysis tasks using the Contact Interaction Calculation functionality in the Structural Mechanics and MEMS modules. Visualization demonstrates the use of selective graph transparency The graph shows electromagnetic fields, temperature gradients and mechanical thermal stresses. Multiphysical model of cascade resonator operating in millimeter 5G range. The module Geometric optics implements the possibility of faster ray tracing and specialized tools for scattering problems on the surface, taking into account roughness and volume on particles in Rayleigh and Mi formalism. Updated polarization plot settings facilitate evaluation and visualization of refracted and reflected waves in periodic structures of metamaterials or plasmon lattices. In the radio frequency and wave optics modules, another version of serial port switching is implemented for faster calculations of the full scattering matrix (S-parameters) or the matrix of transmission and reflection coefficients. Nonlinear material models will be useful for determining losses in laminated iron cores of electric motors and transformers. The updated version of the AC/DC module provides advanced tools for calculating parasitic inductance with the calculation of the L-matrix, which is relevant for the development of printed circuit boards. It now includes several types of permanent magnets, such as NdFeB, SmCo and AlNiCo, with properties dependent on temperature and electromagnetic fields. Calculation was performed using the module Fuel cells and electrolyzersģ22 magnetic materials from Bomatec were added to the material library contained in the AC/DC module. The Simulink software is developed by The MathWorks.ĭistribution of gas volume fraction in proton-exchange membrane of water electrolyzer intended for hydrogen production. The LiveLink for Simulink module will be useful to engineers who want to include COMSOL Multiphysics simulation models in Simulink control system diagrams. The module Thermodynamic properties of liquids and gases contains mathematical models for calculating the properties of gases, liquids and mixtures, which allows you to optimize the accuracy of solving the problems of acoustics, hydrodynamics and heat transfer. In addition to the set of rheological models, the module includes models for calculating the free surface in two-phase flows. Similar tasks arise in many industries: the production of polymeric materials, food, pharmaceutical, cosmetic, chemical industries. The Polymer Hydrodynamics module is designed to model and optimize processes involving viscoelastic, and more generally non-Newtonian, liquids. Subscribed users of the license that includes the Batteries and Fuel Cells module will receive the Electrochemical Batteries module as part of the upgrade to version 5.6. In version 5.6, the name of the Batteries & Fuel Cells Module is changed to Battery Design Module, while retaining all functionality. COMSOL Multiphysics version 5.6 also improves the overall efficiency of solving hydrodynamic problems like this. Four products extend the capabilities of COMSOL Multiphysics in the field of fuel cell and cell modeling, polymer hydrodynamics, control and automation systems, as well as liquid and gas modeling.Īccording to the company, the modeling of curtain coating made using the Polymer Hydrodynamics module. A number of graphics tools, such as interactive sections, material textures, and selective transparency, optimize the quality visualization of simulation results. The upgrade introduces faster and less memory-demanding multi-core and cluster solvers, optimizes the import of complex geometric assemblies from CAD, and adds UI templates for modeling applications. On November 11, 2020, the company, COMSOL a provider of software solutions for multiphysical modeling, development and deployment, announced the applications release of version 5.6 of the COMSOL Multiphysics package.
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