MAG-Studio 是由日本综合研究所（JRI）开发的功能齐全，应用广泛的电磁场分析软件。软件可以对各种电机及电磁设备进行精确的电磁场分析，为用户提供设计上帮助，降低用户产品的开发周期，取得竞争优势。
JMAG-Studio自从1983年商业化以来，在日本的市场占有率始终保持第一的位置。在日本电机领域分析了大量各种类型的电机，经历了时间和实践的检验。同时在每年至少一次的软件升级中不断吸收日本电机厂家的先进经验。平时加强与众多客户的紧密联系，通过定期的技术交流共同进步。目前JMAG-Studio的国内用户不断增加，在业界取得了较高的知名度。

杰出的分析能力

为了在产品分析中获得精确的结果，准确和细致的模型是至关重要的。模型的准确性越高，那么在 结果中包含在模型尺寸和属性上的细微差别的可能性越高。
JMAG使用最新的技术准确地建立和电磁场相关的复杂的模型结构、材料属性、温度和结构分析现象。使用杰出的分析能力，JMAG能够在生产过程中帮助您

JMAG可以导入很多其它画图软件如Solidworks,Pro/E等所画的图形

快速强大的求解功能

在分析中，求解器的计算速度是人们考虑的重要因素。

在今天产品竞争这么激烈的情况下，高效的产品对于公司的竞争力是至关重要的。这个效率只能通过精确的分析才能够得到因为哪怕细微的改变也能影响产品的性能。

在设计过程中，在有限的时间内一个快速的求解器可以允许更多的因素被考虑。因此求解器的速度是和所能获得的产品的准确性是紧密相联的。

一个快速的求解器不仅能改善精确性，而且可以确保产品的有效性。通过施加复杂的参数能够考虑更多的设计方案。那么就能获得一个优化的可靠的设计。
JMAG的快速求解器能够满足所有分析精确和设计可靠的要求。
在实际应用过程中，JMAG使用最新的计算技术从而获得比较高的计算速度。这样就可以使JMAG能够计算复杂的尺寸比较大的3D模型。可以通过使用多台计算机共同处理一个复杂的问题，从而节省计算时间。
由于在JMAG中使用边界元、快速求解和最新的非线性计算方法，JMAG的运行速度是非常迅速的，并且占用很少的计算机内存，且非线性的收敛性是非常好的。从而避免了计算误差。

先进的使用者界面

先进的仿真工具需要提供复杂的选择给使用者，结果是复杂的界面使使用者感到非常的困惑。我们相信JMAG对于初使者也能提供强大的分析功能。JMAG有一个能够通过菜单和对话框快速接近所有分析功能的现代化界面。这个界面是非常容易学习的。同样的这个界面是适合于所有2D/3D分析类型的。

JMAG有一个拖拉式的条件设置，使用者可以从列表中选出条件并把其放在所需要的位置。当需要进行参数设置的时候，设置界面很容易的就显现出来。

项目中的模型和设置可以很快的被检查。多种研究包括条件和结果也能够在同一个项目树中进行管理。对于同一类型的研究，分析研究可以进行复制，无论这个模型是否是一样的

开放的接口界面

JMAG有一个开放的接口用于与其它软件进行耦合仿真。JMAG可以同其它CAD软件或CAE系统耦合进行仿真，或者JMAG中 一些特征可以和连接程序一起使用。

现在所有主要的画图软件所画的模型都可以导入到JMAG中并进行分析，如Solidworks,SolidEdge,Pro/E,CATIA v5,etc。如果在画图软件中对图形进行修改，在JMAG中并不需要重头开始做，JMAG可以自动进行更新。从而节省了时间

JMAG可以和控制类软件进行耦合共同对控制类电机进行分析，如Simulink,Psim，etc.它们可以直接耦合，也可以使用RT进行耦合

JMAG可以和磁路设计软件SPEED耦合进行分析。它们之间的数据可以互相进行传输，如SPEED中材料和绕组可以输出到JMAG中

JMAG可以和其它有限元软件进行耦合分析，如JMAG内部可以进行应力分析和温度场分析

JMAG-Designer

The JSOL Corporation announced the immediate availability of its new JMAG-Designer version 17.1. In new version, an environment is provided where designers can repeatedly test and verify their ideas. Even in Ver.17.1, improvements in performance continue to be made.

June 2018 JMAG-Designer Ver.17.1 has been released:

FEM Engine

Solver

Solver speed is directly related to model accuracy and reliability. Finite element analysis comes down to solving very large matrices. JSOL has developed advanced techniques to solve thesematrices faster and produce more consistent results.
JMAG users have some of the most advanced solver algorithms at their fingertips, and can be certain that JSOL will continue to adopt the latest calculation architecture within JMAG.

Mesher

It goes without saying that a high quality mesh is critical for a high precision analysis. JMAG gives users several options to create mesh: from automatic to manual mesh, users can choose the method that works best for them. The mesher within JMAG is both advanced and easy to use, which means that JMAG can generate optimal mesh for every type of analysis. We strive to
develop automatic mesh generation technology by leveraging more than 30 years of FEA expertise and utilizing JMAG’s unique geometry recognition technology.

Modeling

Material

JSOL has developed par tnerships with material manufacturers to obtain the best possible data for JMAG’ s material database. Along with including stress dep e ndent magne tic prop er ties and iron l oss properties of electromagnetic steel sheets, we also continue work with our partners to provide data needed in advanced analyses.

Modeling

JMAG leads the field in material modeling technology.
Fast, detailed modeling methods are developed based on our understanding of characteristics for magnetic steel sheets, magnets, and powdered metals. Many companies use JMAG to help develop new materials, which ensures JMAG is always capable of capturing precise material responses.

Multiphysics

As computational power has increased, companies have started incorporating multiphysics models into their analyses. JMAG began offering this functionality to its users in 1994, when magnetic field/thermal coupled analysis functionality was implemented for induction heating device design. Since then, a considerable amount of development has taken place in the area of multiphysics.
With such a large variety of analysis domains and the complexity of modeling within each domain, JSOL has formed partnerships with CAE vendors in each analysis field with the goal of providing an easy to use platform from which to embark on multiphysics modeling.

Interpretation

Optimization and Parametric/Automation

JMAG provides a variety of features to powerfully support optimized design. Large numbers of design proposals can be evaluated efficiently using JMAG’s parametric analysis and optimization functions. In addition, results analysis and sensitivity analysis functions offer points where design can be improved.

Model Based Development

JMAG-RT enables model based development with high concurrency, allowing plant design and control design to be performed concurrently. JMAG-RT is a system which generates high-fidelity plant models (JMAG-RT models) in a system level simulation from FEA models. From system design, to ECU verification using HILS, JMAG-RT has a wide range of uses.

User interface

Customization

A flexible framework is provided allowing the user to customize JMAG to his needs. Being able to use scripts and user subroutines, analysis and results analysis with the use of the user’s own algorithms can be performed. In addition, a geometry library and templates facilitate in creating desired geometries.

Guideline

Easy-to-use for the beginner, useful for the expert, this is the user interface JMAG is aiming for.

Home Page: https://www.jmag-international.com/products/jmag-designer/

下载地址

电磁场分析 JMAG-Designer 17.1 Win/Linux
直链下载：
Linux:
JMAG-Designer_17.1_Linux.part1.rar
JMAG-Designer_17.1_Linux.part2.rar
Windows:
JMAG-Designer_17.1_x64.part1.rar
JMAG-Designer_17.1_x64.part2.rar
JMAG-Designer_17.1_x64.part3.rar
磁力链接：magnet:?xt=urn:btih:3A2606A78BFC7066DA5D00CFDCCBC5E8407B70D1
落尘之木：https://pan.luochenzhimu.com/disk/software/Jmag_Designer/Jmag.Designer.17.1.Win.Linux.X64-SSQ/
百度网盘：https://pan.baidu.com/s/1vZdbIvOtFnHMNmcL7hQJ0g