ansoft 16.0 Chinese version

ansoft function introduction

​​ 1. The application scope of software is very wide

2. Be able to support the technology of digital simulation

3. It also points out the selection and setting of various functions that need to be used.

​ 4. Intuitive user interface

5. Allow customers to easily perform the operations you need

6. It also points out the setting of various corresponding parameters.

7. Support the application of all embedded functions

8. Conduct rapid inquiries on the distribution of energy

ansoft software features

​ ​​ MAXWELL 2D Editing Electromagnetic components in industrial applications, such as sensors, regulators, motors, transformers, and other industrial control systems are more widely used than ever before.

Maxwell 2D includes AC/DC magnetic field, electrostatic field, transient electromagnetic field, temperature field analysis, parameterized polarization; and optimization functions.

Maxwel2D can also generate high-precision equivalent circuit models for use by Ansoft's SIMPLORER module and other circuit analysis tools.

​​ MAXWELL 3D editing wizard-style user interface, precision-driven adaptive meshing technology and powerful post-processor Maxwell 3D becomes the industry's best high-performance 3D electromagnetic design software.

It can analyze systems where eddy currents, displacement currents, skin effects, and proximity effects have a non-negligible role, and obtain the overall characteristics of electromagnetic components such as motors, busbars, transformers, and coils.

Power loss, coil loss, impedance (R and L) at a certain frequency, force, torque, inductance, energy storage and other parameters can be automatically calculated.

ansoft version features

​ 1. Automatic adaptive meshing

maxwell One of the core technologies of the 16 cracked version is automatic adaptive mesh generation technology, which can obtain accurate simulation results based on geometry, material properties and user-specified convergence criteria. The meshing process uses robust volume mesh generation techniques and includes multi-threaded meshing capabilities, reducing memory usage and improving solution times. This proven technology eliminates the complexity of constructing and refining finite element meshes and enables advanced numerical analysis techniques to be used in the simulation of different products.

2. High performance computing

Combined with ANSYS Electronics HPC, the maxwell 16 cracked version can achieve larger-scale, faster and higher-fidelity simulations. ANSYS Far more than simple hardware acceleration, providing groundbreaking solver and HPC acceleration method. These methods can make full use of the multi-core resources of the computer and can expand the entire cluster to take full advantage of the entire cluster.

1) Time decomposition method

The time decomposition method provides greater computing power and speed for complete transient electromagnetic field simulations required for electric motors, flat plate magnetics and power transformers. This patent-pending technology enables users to solve for all time points simultaneously rather than sequentially, while distributing time steps across multiple cores, networked computers, and computing clusters, significantly increasing the power and speed of simulations.

​ ​ 2)Multiple threads

​ ​ ​ ​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​ ​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​ apart. Multi-threading technology speeds up initial meshing, direct and iterative matrix solving, and field diagram display.

3) Spectral decomposition method

Most electromagnetic simulations require results over a certain frequency range, such as near-field, far-field and s-parameters. Spectral decomposition allocates the solution at multiple frequency points on the computing core, thereby accelerating frequency scanning. Users can combine this approach with multithreading. Multi-threading accelerates the calculation of each individual frequency point, and the spectral decomposition method can calculate multiple frequency points in parallel.

3. System and 3D FEA modeling

Maxwell 16 cracked version is included in ANSYS Simplorer Entry, a model-size-constrained multi-domain simulation package for the design of complex electromechanical systems, power electronics and drive systems. Simpler Reproduce and couple electrical, magnetic, mechanical, hydraulic, thermal, and other multi-domain models using schematic diagrams to quickly and accurately simulate circuit and system characteristics.

Simplorer provides a variety of modeling techniques such as circuits, block diagrams, and state machines. It also supports multiple modeling languages, including VHDL-AMS, SML (Simplorer standard languages), Modelica, and C/C++. All of these modeling techniques can be used simultaneously to meet the needs of users to create analog, digital and mixed-signal multi-domain system designs.

Maxwell 16 cracked version can uniquely generate high-fidelity FEA nested in Simplorer model, allowing users to verify that the performance of electromagnetic components meets overall system requirements. The embedded software provided by SCADE Suite can also be integrated into Simplorer in order to verify digital control systems using hardware-in-the-loop or software-in-the-loop simulation.

4. Multiple physics fields

Maxwell 16 cracked version of the electromagnetic field solver passes ANSYS Workbench and complete ANSYS Engineering design combination. By coupling the electromagnetic field solver with other solvers, you can verify multi-physics coupling phenomena and achieve the highest fidelity true solutions, eliminating reliability issues and designing safe and effective products. ANSYS The simulation platform can realize data transmission between different physics solvers and handle the data interaction of the solvers, so users can easily set up and analyze complex multi-physics coupling characteristics, such as:

Electromagnetic-structure (supports deformed mesh feedback)

Electromagnetic-structure, (supports stress and strain feedback)

Electromagnetic-fluid

Electromagnetic-structure-fluid

Electromagnetics-Structural Dynamics-Acoustics

5. Expert design module

Maxwell provides two specialized design software for motors and power converters.

RMxprt - expert design software for rotating electrical machines

RMxprt can calculate motor performance, perform initial design scenarios, and perform analysis of hundreds of design scenarios in seconds. In addition to enabling classic motor performance calculations, RMxprt It can also automatically generate Maxwell finite element models, including automatically generating geometric shapes, automatically setting motion properties and mechanical properties, automatically setting material properties and ferromagnetic core loss calculations, and automatically setting windings and excitations to facilitate Detailed finite element analysis is performed in Maxwell. In addition, RMxprt can automatically generate ANSYS Icepak model, including automatic generation of geometry, automatic setting of corresponding material properties, automatic setting of boundary and source conditions, for detailed electronic component heat dissipation simulation in ANSYS Icepak.

PExprt – Expert design software for electronic transformers and inductors

PExprt Template-based transformer and inductor design interfaces automatically create designs based on voltage waveforms or converter inputs. The automated design process considers all combinations of core shapes, sizes, materials, gaps, wire shapes and wire gauges, as well as winding patterns, to find the optimal design. PExprt Maxwell models can be created to evaluate electromagnetic performance based on finite element analysis, allowing users to view values such as flux density in the core and current density distribution in the windings.

ansoft update log

​ 1. Optimized some functions

​​ 2. Solved many unbearable bugs

Extraction code: hfhj