Helping you design and create machines is what drives us. Our mission is to continue advancing engineering software you need in order to make exceptional products.
The main purpose of the Users Conference is to allow participants to exchange technology, and we would like it to be a place where everyone is brought closer together to share the vision of a brighter future for device manufacturing.
We hope you enjoy the exhibitions and technical discussions by JMAG’s technical partners.
Exhibitors Student Session Poster Session
Exhibitors
Updated October 20th order of application received.
Motor HILS RT-LAB with JMAG-RT
RT-LAB is the real-time simulator, developped by OPAL-RT.
We can use RT-LAB with JMAG-RT, to have more accurate results.
Website
From Advanced Soft Magnetic Materials to Rare-Earth Magnets
Vacuumschmelze offers not only Advanced Performance and High Quality Soft Magnetic Materials but also Rare-Earth Magnets to High-Technology Industries and Fields
SPEED Software, Motor-CAD Software, Prototype Development
- SPEED software introduction (Motor/generator design tool)
- Motor-CAD software introduction (Tool to analyze motor temperature rises)
- Motor development/trial production support (Use case presentation on motor trial production)
High-Accuracy, High-Speed Response Capable Motor Signal Generator
Highly accurate motor simulation system stored in a compact box.
Operation models can implement spacial harmonic models created in JMAG-RT.
Model calculations are performed using 32-bit floating point operations. Current response speed is 2µ sec, and angle response speed is 2µ sec.
Power Electronics Circuit Simulator PSIM
PSIM is a circuit simulator for power electronics and motor control. Through its high-speed simulations, an easy to use interface, and waveform anaysis functions, PSIM offers a powerful simulation environment for the power electronics analyses, control circuit design, and for the research of inverters and motor drives.
Rotating Torque Meter UTM Ⅱ
Rotation torque meter UTM Ⅱ series
The UTM Ⅱ is a slip-ring-less rotation torque meter with a built-in amplifier that delivers high precision, high stability, and high durability all at the same time.
- A 17 model lineup from 0.05Nm to 10000Nm
- High-speed responses of the 1kHz analog bandwidth
- 500% overload permissible
- 1/10000 resolution
- Maximum rotational speed of 25000rpm
For those interested in cogging torque measurements and such, please feel free to stop by for a discussion.
IDAJ launches “JMAG” consulting services!
IDAJ’s JMAG consulting has various services, not only creating a JMAG model, but also creating a workflow of the optimization tool “modeFRONTIER” for interacting with JMAG, coupling analysis with the CFD software “ANSYS Fluent”, “FloTHERM” and FEM software “SIMULIA Abaqus FEA”. We should fulfill the demands of you.
modeFRONTIER offers a seamless coupling with third party engineering tools such as JMAG, enables the automation of the design simulation process and facilitates analytic decision making.
Auto-search with the latest optimization algorithm allows the comprehending of “trade-off between torque and magnet weight,” and may help in achieving revolutionary results that could not be obtained with empirical methods.
ETAS LABCAR: High speed/fidelity E-motor HiLS embedded with JMAG-RT
JMAG E-Motor model, JMAG-RT and ETAS engine model, VeMoX, enable us to develop and verify the hybrid system control with high accuracy.
The spatial harmonic model of JMAG-RT runs on the FPGA board in less than 1 micro sec each time. By integrating ETAS-INCA, it enables us to run HiL simulation and to achieve real-time calibration.
ETAS solution allows to expand the whole vehicle system which is made up of engine, transmission, battery management system, etc. as well as HEV/EV models used on the ECU based on our products.
HPE ProLiant DL380, HP Workstation Z840
HP’s ProLiant DL380 server and its high-end workstation Z840 will be displayed. The DL380 serves as a file server and an analysis machine, and the Z840 is widely used for performing analyses. During the exhibition, businesses focused on CAE infrastructure and engineers with cloud-related knowledge will attend, so please stop by if you are having troubles with replacing products or with development/analysis environments.
SimulationX, NewonSuite-MOR (FE Model Order reduction)
SimulationX helps to simulate very wide range of physical systems, i.e. from mechanism identification of any phenomena to total system capabilities. JMAG RTT file can be imported into SimulationX and integrated with mechanic/hydraulic actuators.
NewtonSuite MOR, Model Order Reduction, can connect eigen value analysis by FEM and SimulationX. Vibration characteristics can be easily and quickly simulated in SimulationX.
2-Step Multi Objective Optimization of EV System by 1D and 3D Integration
Optimus: Process Integration & Design Optimization
MapleSim: System-level Modeling & Simulation
Due to increase in complexity of products and shortening of product development cycles, an alternative design optimization approach is required for multi-disciplinary systems.
Cybernet Systems exhibits a case study of 2-step multi-objective optimization of an EV system which utilize MapleSim and Optimus as platforms to realize system-level engineering.
In addition to multi-objective, driving torque and core losses, shape optimization of an IPM motor by using JMAG, we introduce simultaneous optimization focusing on electricity consumptions and target velocity followability in JC08 driving cycle of an EV system.
Permanent Magnet catalog Vol.01
TOKIN has added “LM-32SH” as a new high performance SmCo magnet material. “LM-32SH” is super high heat resistance magnet without demagnetized even at 200℃, as well as it shows higher magnetic force compared with existing materials. This feature contributes downsizing or improving performance to various devices operated under high temperature (e.g. Automotive sensors, Ignition coil, etc..)
Magnetic Material Evaluation and Electromagnetic Field Analysis Technologies with JFE Techno-Research
With the motto, Your Best Partner for “Monozukuri”, we implement new techology useful for solving technical customer issues and strive to bring its technology to the next level.
This year, JFE-Techno Research will mainly discuss our magnetic material evaluation/analysis technologies focused on the following topics:
1) Magnetic characteristics evaluation of an electromagnetic steel plate under high stress
2) Effect evaluation of motor core processing on magnetic properties
3) Fine structural analysis technology and eddy current loss evaluation of high performance magnets
Soft Magnetic Composites Somaloy®
Electromagnetic applications have a long history but there is still room for new inventions and smart designs that can have impact on our daily lives. New generations must deal with increased energy efficiency demands and adapt to less material for the same functionality. Somaloy® opens up new exciting design opportunities for the electromangetic engineer.
Think forward. Start to design magnetics in 3 dimensions.
Magnet NEOREC Series (Neodymium Magnets) and FB Series (Ferrite Magnets)
Through the use of our powder control technology and proprietary process technology, TDK offers manufactured products that cover a myriad of motor applications, shapes, and characteristics. We strive to reduce the amount of rare elements used in magnets, and our Dy-free NdFeB magnet series with the neodymium magnet lineup as well as the lineup using a heavy rare earth saving HAL method contributes to our mission.
For our ferrite magnets, we offer a lineup with materials from the NS1 method that can support LaCo replaceable type high-performance ferrite magnets, thin shapes, and irregular shapes.
Magnetic Property Measurement System Supporting Iron Loss Reduction of Motor
Stress load type single sheet tester is measure the accurate magnetic properties of single sheet metal under compressive and tensile stress.
Vector magnetic property visualization system enabled actual magnetic properties measurement of a motor or. Two-dimensional magnetic sensor are ultra small and high accuracy sensor of the vector magnetic properties.
Brightec’s solves the problem of magnetic property measurement.
B-H analyzer BH-1000
The DC magnetic properties of soft magnetic material can be measured. Compared to the conventional integration methods, the resolution is 100 times greater and drift has been drastically reduced using the original sampling method. With optional bias magnetism magnetic properties, the applied magnetic field can be arbitrarily set, and minor loop can be measured and material properties under actual circumstances can be evaluated. Also, as for the AC magnetic properties, magnetic properties up to 10 kHz can be measured and superimposed DC characteristics can be evaluated. The demagnetizing function was also enhanced, and demagnetizing waveform can be set arbitrarily according to the measurement test material.
High-Speed Data Processing Realized by High-Speed Connections between CPUs and GPUs Using the New “Minsky”
In order to accelerate the data processing performance of cutting-edge software like JMAG, the transfer speed between CPU and GPU may become the bottleneck in some cases. Minsky is a ground-breaking product that connects not only between GPUs but also between CPUs and GPUs with high-speed NVLink, and can mount four NVIDIA Tesra P100 GPUs. Ultra high-speed processing will contribute to improvements in business speed for the customer.
Testing Machine Catalog
We offer high performance testing machines that were developed by combining UNICO Inc’s advanced motor control technologies and the creation technologies of Toda Racing, a company that has grown in the racing industry over many years. Our abundant amount of know-how is utilized to enable customizable, total system proposals.
Scale X – Cloud HPC Platform
Cloud HPC Platform, ScaleX is a cloud HPC solution which is pre-configured for JMAG. Users can select various hardware types and quantity of ScaleX with pay-as-you-go when necessary, and restrict investments in on-premises HPC assets. As a result, it will make shorten development time and realize efficient optimization while reducing costs.
Soft magnetic composite core with high performance
Our soft magnetic composite cores (SMCs) exhibit superior magnetic properties and are ideal for mass production.
Examples of practical applications of SMC are:
1. Motors (the actual machines of axial motors are displayed)
2. Reactors
3. Ignition coils
4. Diesel fuel injection valve (solenoid)
Data for electromagnetic design of these SMCs are registered in JMAG.
By all means, please use it.
Rare Earth Magnets
Shin-Etsu Chemical is engaged in the manufacture of these magnets from the rare earth raw materials. Furthermore, Shin-Etsu is reliably supplying high-quality rare earth magnets with highly advanced features by its own grain boundary diffusion method, which reduces the amount of rare earth used, while keeping the high performance level of the magnets.
Assistance in developing low-loss and hight-efficiency motors [Iron-Loss Tester]
Iron loss of electromagnetic steels can be measured at low cost.
A variety of function have been in order to make it easier to import measured values into “JMAG” for motor desining.
More accurate analysis results are produced by loading measured data.
Metron Technology Reserc Institute provides various applications of magnetic measurement.
Simcenter™ Solution
From the Simcenter™ portfolio, CFD and design exploration tool, an integration solution for predictive engineering that enables to predict the real world behavior of products throughout the product lifecycle, will be displayed.
Product to be exhibited:
- STAR-CCM+® software, a thermal fluid analysis software with direct interface to JMAG
- HEEDS™ software, a hybrid design search tool which does not require selection of algorithms and parameters, etc.
Particleworks: Particle-based simulation software for CAE
Granuleworks: Adovenced simulator for granular materials
Some case examples will be introduced, such as 1) oil cooling of motor and transformer, etc. 2) oil lubrication between parts making up EPS and transmission, etc., and 3) water spraying on four-wheeled vehicle. In addition to the above, other applications will be also introduced, such as A) coupling of dynamics analysis of powder such as toner and analysis of the magnetic field, and B) simulation of magnet fabricating process, including die filling, compaction, and sintering, etc.
Introduction of high-speed storage that realizes efficiency of CAE operations
One problem is thought that there may be a bottleneck in data transfer latency due to generation of large amounts of data within a short time due to improved performance of solvers, and due to handling larger model scales due to 64-bit CAD terminals and improving analysis accuracy.
To solve this problem, we will introduce DDN high-speed storage systems with multi-client, multi-protocol, and multi-user support, using a parallel distributed file system and a unique platform appliance.
DataDirect Networks Japan, Inc.
URL: https://ddn.co.jp/index.html
Model Fidelity Optimization at EV Design Stages using SaberRD
In the newest release of SaberRD, besides the easy referencing to the library JMAG motor models, we have enforced surrounding constituent models such as device models (Power MOSFET (including SiC)/Diode and IGBT) and new battery models for Li-ion batteries and NiMH batteries. We provide best suited design environment by allowing the mixture of models of different abstraction levels.
XSG-EC JMAG library, XSG-EC library, SCALEXIO LabBox
Use of the XSG-EC JMAG library and the SCALEXIO HIL Simulator provided by dSPACE enables high precision real-time simulation during motor high-speed rotation. Results from simulations run on Simulink using JMAG-RT and results from real-time simulations run on the dSPACE HIL Simulator will be compared. An inverter model failure simulation will also be introduced.
Student Session
An orientation will be held for all students during the JMAG Users Conference.
This will provide an opportunity to directly contact technology professionals and learn about trends in the practical application of electromagnetics to real-world products. All interested students are welcome.
Student Seminar
– The Most Important Way of Thinking About Electromechanical Design According to Professor Miller. –
Professor Miller, a leading motor designer, will give a 70-minute lecture for students.
JMAG Student Ambassador
Kick-off and introduction of the JMAG Ambassador System.
JMAG will assist students in the promotion and planning of using the motor design tool JMAG-Express Online.
For JMAG Student Ambassadors, students they represent will plan and implement strategies for using JMAG-Express Online.
In addition to utilizing this technology, this will challenge planning and promotion abilities.
This is also a space for the exchange of opinions among student ambassadors. The details of this system will be explained on the day. Please join us.
Presentation
Students are welcome to listen to any presentation they like during the JMAG Users Conference.
Academics and engineers at the forefront of innovation in a variety of fields have been invited to present leading-edge topics, CAE use, and case examples using JMAG.
Technology Discussion (Poster / Panel)
Here, you can have discussions with JMAG developers and engineers.
Please share your thoughts with us on anything from current the JMAG initiatives to the future of JMAG. We value everyone’s input.
Program
December 6 (Wednesday): User Conference (Day 1)
| 9:30 |
Registration |
| 9:50 |
Meet in front of Room 501 (Introduction to the Events and Participants) |
| A.M. |
Presentations |
| Lunch-time |
Meet in front of Room 501 (Lunch, Q&A) |
| Communi cation 1 |
Student Seminar
“The most important way of thinking about electromechanical design according to Professor Miller.”
Professor Miller will lecture on fundamental and important ideas that will serve as design guidelines on electrical equipment.
The relationship between theory and practice will be described to teach the fundamentals of the physical equations of electricity/structure and how they relate to initial designs, understanding of test results, failure analysis, and others.
Regarding design methods, we will learn by referring to old and new design examples. By comparing the old and new methods, we learn about the possibilities that enormous changes have brought about with new materials, equipment, power supply, and control methods. Based on that, we can obtain clues for our future designs. |
| Evening |
Presentations |
| Night |
Reception |
December 7 (Thursday):User Conference (Day 2)
| 8:30 |
Meet in front of Room 501 (Q&A) |
| A.M. |
Presentations |
| Lunch-time |
Meet in front of Room 501 (Lunch, Q&A) |
| Afternoon |
Presentations |
| Communi cation 2 |
JMAG Academic Summit
– Kick-off and introduction of the JMAG Ambassador System. – |
| Evening |
Presentations |
* Programs are subject to change. Thank you in advance for your understanding.
Poster Session
A poster area is provided where you can freely contemplate the technology topics.
This is recommended to better understand the ideas behind analysis and to learn about the development policies of JMAG.
White papers and leaflets will be provided at each poster.
Please feel free to use it as a social place to have technical discussions and exchange information.
Theme
Day 1:
– Large-scale models
– Model-based design (MBD)
– New Application notes
– Analysis environments
– Analysis techniques
Day 2:
– Material modeling
– Multi-case optimization
– New Application notes
– Analysis environments
– Analysis techniques
