Archives Des Sciences Journal Impact Factor & Information
Current impact factor: 0.30
Impact Factor Rankings
|2015 Impact Factor ||Available summer 2015 |
|2011 Impact Factor ||0.296 |
|2010 Impact Factor ||0.474 |
|2009 Impact Factor ||0.118 |
|2008 Impact Factor ||0.434 |
|2007 Impact Factor ||0.434 |
|2006 Impact Factor ||0.208 |
|1996 Impact Factor ||0.244 |
|1995 Impact Factor ||0.02 |
|1993 Impact Factor ||0.028 |
|1992 Impact Factor ||0.189 |
Impact factor over time
|5-year impact ||0.00 |
|Cited half-life ||0.00 |
|Immediacy index ||0.00 |
|Eigenfactor ||0.00 |
|Article influence ||0.00 |
|Website || |
|ISSN ||1661-464X |
Publications in this journal
Archives Des Sciences Journal 09/2013; 66(9).
Archives Des Sciences Journal 07/2013; 66(7):100-115.
Archives Des Sciences Journal 05/2013; 66(4).
[Show abstract] [Hide abstract]
ABSTRACT: Interior Permanent magnet synchronous motor (IPMSM)drives have been progressively replacing
conventional dc drives in various applications due to its brushless, wide constant speed-power region and
low power-loss operation. The IPMSM is a highly nonlinear and time variant system. This means that
standard linear techniques cannot model the nonlinear dynamics of the system. Especially IPMSM used in
traction needs to be controlled in a wide speed range and good stability during load change. In this paper in
MATLAB/ Simulink, the model of whole system is built, to control speed and torque of the machine. To
enhance the performance of IPMSM two control loops are designed for current and speed. Interior
permanent magnet synchronous motors can be applied to applications requiring wide-speed operations. By
using the proposed method, the adjustable speed range can be extended below and above the base speed.In
addition, the d-axis current is suitably adjusted to increase the output torque. Conventional PI controller
controls the speed but does not guarantee the stability of the machine during the load variation. Novel
methods of PI controller are proposed in this system such as Anti Windup PI and Fuzzy PI controller.
Current is controlled by PI controller and speed iscontrolled by Anti Windup PI and Fuzzy PI controller.
Simulation results establish that the proposed Fuzzy PI controller obtains better dynamic behavior as well
as good set point tracking and disturbance rejection propertie
Archives Des Sciences Journal 03/2013; 66(3):412-423.
Data provided are for informational purposes only. Although carefully collected, accuracy cannot be guaranteed. The impact factor represents a rough estimation of the journal's impact factor and does not reflect the actual current impact factor. Publisher conditions are provided by RoMEO. Differing provisions from the publisher's actual policy or licence agreement may be applicable.