搜索Ansoft公司在IEEE上發表的電磁相關的論文
2016-08-15 by:CAE仿真在線 來源:互聯網
Ansoft是著名電磁分析軟件,目前已經被Ansys收購,所以是【前Ansoft】了
這是前Ansoft公司在IEEE上發表的電磁相關的論文前的目錄表,通過論文,可以得到Maxwell等軟件的一些技術的實現細節,希望對大家能有所幫助。
A Computationally Efficient Transient Thermal Model for Electric Machines Based on Singular Value Decomposition.
A Dynamic Analytical Model of Switched Reluctance Motors.
A Dynamic Core Loss Model for Soft Ferromagnetic and Power Ferrite Materials in Transient Finite Element Analysis.
A Flexible Approach for Brush-Commutation Machine Simulation.
An Analytical Circuit Model of Switched Reluctance Motors.
An Improved Dynamic Model for the Simulation of Three-Phase Induction Motors with Deep Rotor Bars.
Analysis of Brushless Permanen Magnet Synchronous Motors.
Analytical Prediction of Cogging Torque for Spoke Type Permanent Magnet Machines.
Analytical Prediction of Cogging Torque in Spoke Type Permanent Magnet Motors.
Analytical Prediction of Cogging Torque in Surface-Mounted Permanent-Magnet Motors.
Automated Bi-Objective Design Optimization of Multi-MW Direct-Drive PM Machines Using CE-FEA and Differential Evolution.
Curvilinear Finite Elements for Modeling the Sliding Surface in Rotating Electrical Machines And Its Applications.
Determination of - Axis Parameters of Interior Permanent Magnet Machine.
Dynamic Modeling of Three Phase and Single Phase Induction Motors.
Dynamic Modeling of Universal Motors.
Efficiency Map Simulations for an Interior PM Motor with Experimental Comparison and Investigation of Magnet Size Reduction.
Electromechanical System Simulation with Models Generated from Finite Element Solutions.
Field Circuit Analysis of Permanent Magnet Synchronous Motors.
Field-Based Analysis for Permanent Magnet Motors.
Finite Element Analysis of Induction Motors Based on Computing Detailed Equivalent Circuit Parameters.
Hysteresis Model for Finite-Element Analysis of Permanent-Magnet Demagnetization in a Large Synchronous Motor Under a Fault Condition.
In-Depth Study of the Torque Constant for Permanent Magnet Machines.
In-Depth Study of the Torque Constant for Permanent-Magnet Machines.
Interior Permanent Magnet Machine Analysis Using Finite Element Based Equivalent Circuit Model.
Magnetic Force Computation in Permanent Magnets Using a Local Energy Coordinate Derivative Method.
Measurement of Parameters for Interior Permanent Magnet Motors.
Measurement of Three-Phase Transformer Derating and Reactive Power Demand under Nonlinear Loading Conditions.
Modeling of Solid Conductors in 2-D Transient Finite Element Analysis and Its Application to Electric Machines.
Modeling of Solid Conductors in Two-Dimensional Transient Finite-Element Analysis and Its Application to Electric Machines.
No Load Loss and Component Separation for Induction Machines.
Nonlinear T Formulation Including Motion for Multiply Connected 3-D Problems.
Numerical Modeling of Electrical Machines and Its Application.
Numerical Modeling of Magnetic Devices.
Real-Time Monitoring of Iron-Core and Copper Losses of Transformers Under (Non)Sinusoidal Operation.
Recent Advances of IPM Motor Drives in Power Electronics World.
Reduction of Computing Time for Steady-State Solutions of Magnetic Field and Circuit Coupled Problems Using Time-Domain Finite-Element Method.
SIMULATIQN OF THE MAGNETIC HYSTERESIS IN NdFeB PERMANENT MAGNET USING PREPSAGH’S MODEL.
Starting Winding Optimization in Single-Phase Induction Motor Design.
Steady State Analysis of Synchronous Generators by A Coupled Field-Circuit Method.
Strategies for Accelerating Nonlinear Convergence for T-Ω Formulation.
Temperature-Dependent Demagnetization Model of Permanent Magnets for Finite Element Analysis.
The Effects of Steel Lamination Core Losses on Transient Magnetic Fields Using T-Ω Method.
Thermal Analysis of a Large Permanent Magnet Synchronous Motor for Different Permanent Magnet Rotor Configurations.
作為一個電磁領域的領頭羊,應該還有更多的論文,大伙可以自己去搜索
開放分享：優質有限元技術文章,助你自學成才
相關標簽搜索：Ansoft公司在IEEE上發表的電磁相關的論文 ansoft 核心論文 Maxwell技術細節 Maxwell電磁仿真培訓 Maxwell培訓課程 Maxwell培訓班 Maxwell在線視頻 Maxwell教程 Maxwell軟件教程 Maxwell資料下載 電機設計仿真 Fluent、CFX流體分析 HFSS電磁分析
編輯
