Poster Session by the JMAG Engineers

A-1	Analysis Methods for SR Motors

B-2	Future Concepts of Magnetic Field Analysis

C-3	Efficiently Analysis for Richer Designs Parametric Analysis

D-4	Introducing the Periodic Rotational Mesh Feature

E-5	Feel it! Experience It! The Advanced Features Provided by the JMAG-Designer Interface

F-6	Thoroughly Understanding Brush Motors and Brush Components

G-7	Torque Characteristic Analyses of PM/HB Stepping Motors

H-8	Simulating Linear Motors

I-9	Configuration and Points of Using JMAG-RT Motor Models for Control Simulations

A-10	Specialized Evaluation Methods for PM Motor Development

B-11	Configuring Coupled Analyses

C-12	Realizing Multi-perspective Mechanical Design Linking Abaqus/LMS

D-13	Importance of Thermal Analyses for Electromechanical Equipment

E-14	Benefits of JMAG-RT for Model Based Design

F-15	Introducing the JMAG Parallel Solver – Selecting SMP/DMP and the Hardware –

G-16	Electromagnetic Vibration Analyses of Motors

H-17	Using and Distributing JMAG-RT Specifications

I-18	Motor Control Simulation Using HILS

A-19	Analysis Technology for Highly Efficient Generator Design

B-20	Enhancing the Geometry of Bus bars as a Measure for Partial Inductance – Utilizing the JMAG Bus bar Inductance Tool –

C-21	EMC Motor Drive Systems

D-22	Section Analysis Feature Integrating 3D Design and 2D Analyses

E-23	Induction Machines — Introducing Analyses by Application

F-24	Analysis of a Solenoid Valve for Designers

G-25	Magnetic Resonance Analysis for New Non-contact Power Supplies

H-26	Furthering a Consistent Analysis Workflow Analyses

I-27	New Features and Future Development Plan of JMAG-Designer 10.4

A-28	Analysis Technology for Electromagnetic Induction Heating

B-29	Analysis Technology for Electromagnetic Cookers

C-30	Introducing Features and Applications for Magnetization Analyses

D-31	New Highly Accurate Dynamic Analyses for Switching Transformers

E-32	Power Transformers — Comprehensive Analyses for Robustness and Safety

F-33	Analysis Technology for Reactors

G-34	Generating Various Mesh

H-35	Efficiently Resolving Problems Encountered When Generating Mesh

I-36	Analysis Technology for Induction Hardening