time-stepping finite-element method - Globe Thesis

Keyword [time-stepping finite-element method] Result: 1 - 19 \| Page: 1 of 1
1.	Research On The Abnormal Nonlinear Characteristics Of Synchronous Generator
2.	Research Of Novel Doubly Salient Memory Motors
3.	Study On Loss Model And Loss Reducing Measures Of Premium Asynchronous Motors
4.	Research On Operation Behavior Of Synchronous Generator Under System Disturbance Conditions With Time-Stepping Finite Element Method
5.	Design And Research On Dual-Rotor Permanent-Magnet Wind Generator Based On Finite Element Analysis
6.	The Time-stepping Finite Element Simulation And Experimental Study Of Dynamic Characteristics Of Turbor-generator Prototype Machine
7.	Research On The Non-sinusoidal Electromagnetic Field Of Permanent Magnet Linear Synchronous Motor
8.	Ems Maglev Train Solenoid System Suspension And Traction Mechanism Of The Numerical Analysis
9.	Research On The Stability For Huge Hydro-generator Based On Time-stepping Finite Element Method
10.	Study On Transient Characteristic And Parameter Of Large Hydro-Generator Based On Time-Stepping Finite Element Method
11.	The Demagnetization Mechanism And Anti-demagnetization Method For Line-start Permanent Magnet Synchronous Motors
12.	Transient Analysis Of Induction Motor Based On Time-stepping Finite Element Method Coupled With The Circuit Equations
13.	Study On Mathematical Model And Transient Parameter Of Pumped Storage Units Based On Time-Stepping Finite Element Method
14.	Research On Cumulative Damage Failure Of Driving Coil In Coil Launcher
15.	Loss Characteristic Investigation Of Induction Motors Under The Situation Of Harmonic Power Supply
16.	New Structures Of IE4 Induction Motors
17.	Analysis Of Transients At Startup Of Large Induction Motor Based On Field-Circuit Coupled Time-stepping Finite Element Method
18.	Study On Simulation Of Three-phase Asynchronous Motor And Its Application In High-efficient Remanufacturing
19.	Research On Field-circuit Coupled Simulation Design Of Permanent Magnet Synchronous Motor
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