Salah Eldin Abdel Sattar

Faculty of Engineering

Assiut University

Department
Electrical Engineering Department
Fax No
0020882332553
Email:
sabdelsattar@yahoo.com
MIS Email
seas@aun.edu.eg
Mobile
00201223971426
Office
0882411052
Google Scholar
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Ph. D. In electrical engineering (Electrical Power) , faculty of engineering, Assiut university , 1982
M. Sc. In Electrical Engineering (Electrical Power) , Faculty of Engineering, Assiut University , 1978
B. Sc. In electrical engineering () , faculty of engineering, assiut university , 1975

 


Emeritus Professor Faculty of Engineering, ِِAssiut University , 2012

Professor Faculty of Engineering, ِِAssiut University , 1993

Associate Professor Faculty of Engineering, ِِAssiut University , 1988

Lecturer Faculty of Engineering, ِِAssiut University , 1982

Assistant Lecturer Faculty of Engineering, ِِAssiut University , 1978

Demonstrator Faculty of Engineering, ِِAssiut University , 1975
# Title Research Year
1 Electronic Engineering Education 2019
2 On the Building Shielding from Outside Power Frequency Electromagnetic Fields 2019
3 Influence of Magnetic Field on the Sliding of Steel Against Lubricated Polyamide 2012
4 Influence of Magnetic Field on the Action Mechanism of Lubricant Additives 2012
5 Influence of Magnetic Field on the Friction and Wear Caused by the Scratch of Oil Lubricated High Density Polyamide 2012
6 Effect of magnetic field on the friction and wear displayed by the scratch of oil lubricated steel 2012
7 On the Design of Program and Curriculum for Biomedical Engineering to Support the Quality of Higher Education نحو تصميم برنامج وخطة دراسية لتخصص الهندسة الطبية الحيوية دعما لجودة التعليم العالي 2012
8 Human Exposure to Electromagnetic Fields Radiated from High Voltage Transmission Lines
تعرض الإنسان للمجالات الكهرومغناطيسية المنبعثة من خطوط النقل ذات الجهد العالي
 		2012
9 Comparing Charge and Current Simulation Method with Boundary Element Method for Grounding System Calculations in Case of Multi-Layer Soil. 2012
10 Influence of Magnetic Field on Friction Coefficient Displayed by the Oil Lubricated Sliding of Steel 2012
11 Engineering Education and Labor Market Requirements التعليم الهندسي ومتطلبات سوق العمل 2011
12 Effect of Magnetic Field on Friction Coefficient Displayed by Rolling Bearings 2011
13 Human Exposure to Electromagnetic Fields Emitted from the Transmission Line with a High Voltage تعرض الإنسان للمجالات الكهرومغناطيسية المنبعثة من خطوط النقل ذات الجهد العالي 2011
14 The Quality of Engineering Education to Meet the Requirements of the Labor market as Perceived by Graduates جودة التعليم الهندسي لتلبية متطلبات سوق العمل كما يراها الخريجون 2011
15 On The Tribological Studies As Influenced By Magnetic Field 2011
16 Effect of magnetic field on the friction and wear caused by the scratch of high density polyethylene 2010
17 Human Exposure to Electromagnetic Fields Radiated from High Voltage Transmission Lines 2010
18 Electromagnetic Pollution and its Mitigation 2009
19 review of modern references to resolve the issue of electrical energy use impact on electromagnetic pollution around us 2008
20 نحو بحث علمي لعصر العلم والتكنولوجيا (رؤية ميدانية) 2008
21 Our Use of Electric Power Could be Injurious to our Health 2008
22 Digital symmetrical analysis of AC/DC interactions and harmonic mitigations for multi-pulse converter systems 2007
23 On the Mitigation of Electromagnetic Pollution in Buildings 2006
24 Symmetrical Component Analysis of Multi- Pulse Converter Systems 2006
25 Netural Networks Recognition of Weak Points in Power Systems Based on wavelet Features 2005
26 Corona in Point – Plane Gaps as Influenced by a Surrounding Dielectric Enclosure 2005
27 Indoor Electromagnetic Pollution 2004
28 Partial Discharge Classification Through Wavelet Packets of Their Modulated Ultrasonic Emission 2004
29 التليفون المحمول والتلوث الكهرومغناطيسي 2003
30 NUMERICAL METHODS THROUGH OPEN-ENDED PROJECTS 2002
31 Successive imaging technique for electric field distribution around conductors above a two layer earth 2002
32 Power Frequency Electromagnetic Pollution (Review Paper) 2002
33 التوسع العمراني والتلوث الكهرومغناطيسي في المباني 2002
34 2001 Combined Author Index IEEE Industry Applications Society Publications 2001
35 Codify the Values of Magnetic Fields near Sources of Electromagnetic Pollution تقنين قيم المجالات المغناطيسية بالقرب من مصادر التلوث الكهرومغناطيسي 2001
36 Magnetic Field Distribution around a current—carrying conductor above a two-layer ground 2001
37 Early Detection of Weak Points in MEEC Distribution System 2001
38 الزحف العمراني والتلوث الكهرومغناطيسي بالمباني القريبة من خطوط الجهد العالي بمدينة أسيوط بجمهورية مصر العربية 2001
39 Early Detection of Weak Points in MEEC Distribution System 2001
40 Successive Imaging Techinque for Field Distribution Around Conductors Above a Two-Layaer Earth
 		1998
41 Combined Author Index IEEE Industry Applications Society Publications 1998
42 Effect of the cross-magnetizing phenomenon on the transient performance of a saturated synchronous machine under three-phase short circuited 1993
43 Temperature Distribution Around HV Power Cables as Influenced by Different Parameters Using Finite Elements Method 1992
44 An estimation of the wire-duct electrostatic precipitator efficiency 1991
45 INFLUENCE OF GEOMETRICAL PARAMETERS UPON ELECTROSTATIC PRECIPITATOR EFFICIENCY 1991
46 ELECTRICAL CHARACTERISTICS OF DUCT ELECTROSTATIC PRECIPITATORS AS INFLUENCED BY BUNDLED DISCHARGE ELECTRODES 1991
47 Electrical conditions in wire-duct electrostatic precipitators 1991
48 Transient Behavior and Design for On-Load Tap Transformer Loaded with Capacitive and Inductive Loads 1991
49 Losses Charts for Determination of Power Transformer Energy Losses 1990
50 Fast Estimation of the Electrical Profiles at Ground Surface and Underneath HVDC Lines 1990
51 On the saturated corona profiles at ground surface and underneath HVDC lines 1990
52 Saturated corona profiles at ground surfaces and underneath HVDC lines 1990
53 Finite Element Thermal Analysis of Closely Spaced Underground Power Cables 1990
54 Simple and Fast Method for Calculating Saturated Monopolar Corona profiles Underneath HVDC Lines 1990
55 Induced Currents and Voltages of Isolated Object Underneath HVDC Transmission Lines with Bundle Conductors 1990
56 Electric Field Calculation on Six phase Overhead Transmission Lines. 1989
57 Calculation of Corona V-I Characteristics of Monopolar Bundles Using the Charge Simulation Method 1989
58 Ions Trajectory Lines Emanating form or Terminating to HVDC Transmission Lines with Bundle Conductors 1988
59 Wire-Duct Electrostatic Precipitator Efficiency (Effect of Geometrical Parameters) 1988
60 Positive Corona in Point-Plane Gaps as Influenced by Wind 1987
61 Monopolar corona on bundle wires as influenced by wind 1987
62 Positive Corona Pulse Repetition Rate on Bundle. W'ffes 1987
63 Corona current and field profile underneath vertical bipolar HVDC lines with bundle conductors 1986
64 Numerical method to calculate corona profiles at ground level and underneath monopolar lines as influenced by wind 1986
65 On the Wire-Duct Electrostatic Precipitator 1986
66 Corona Current and Field Profile Underneath Vertical Bipolar HVDC Line with Bundle Conductors 1986
67 Effect of Geometric Parameters on the Corona Profiles Underneath Vertical Bipolar HVDC Line with Bundle Conductors 1985
68 Optimization HVDC Transmission Line Geometrries by Minimizing their Corona Profiles at Ground Surface 1985
69 Losses Chafts for Determination of Power Transformer Energy Losses 1984
70 Negative Corona Inception as Influenced by Steepness of the Applied Impulse Waves 1984
71 Corona Current form a Needle as Influenced by Transverse Wind 1984
72 Effect of Wind on Corona Current Over the Ground Plane Underneath Monopolar System with Bundle Wires
 		1984
73 Corona on Thin wires as Influenced by wind 1984
74 An Accurate Calculation and Method of Reduction of Energy Losses of Power Transformer Along its Life Time
 		1984
75 Effect of Environment and Geometry on Maximum Current Carrying Capacity and Method of Improving
 		1984
76 Induced Currents and Voltage of Isolated Objects Underneath HVDC Transmission Lines with Bundle Conductors
 		1984
77 Analysis of AC Corona Power Loss for Single Phase Transmission Lines 1984
78 DC Corona Discharge on Monopolar Bundle Wires 1983
79 Finite element solution of monopolar corona equation 1983
80 Finite Element Solution of Monopolar Corona Equations 1983
81 DC Corona Discharge Monoplar Bundle wires 1983
82 Corona on bundle conductors of bipolar transmission lines 1983
83 On the Environmental Impact of HVDC Transmission Lines 1983
84 Discussion on paper No. 82 WM 1985-6, IEEE Trans., Vol. PAS-101, p. 4047, 1982 1982
85 Monopolar corona on bundle conductors 1982
86 Monopolar Corona on Bundle Conductors 1982
87 Environmental Impact of HVDC Transmission Lines 1982
88 Discussion on paper No. 80 SM 712- 0, IEEE Trans., Vol. PAS-100, P.2090,1981 1981
89 Digital Study Heat Flow Closely Spaced Underground Power Transmission Cables Using Simulation Technique 1978

1- Mohamed Abdel Azim Ibrahim , ASSESSMENT OF ELECTRIC MAGNETIC FIELDS IN POWER SUBSTATIONS ,1999-02-04
supervisor:

2- Hamdi Ali Mohamed Ali , Dynamic simulation of mlticonverter power systems at normal and abnormal operating conditions ,2007-07-22
supervisor: Mazen Mohamed Shafiq Abd el-Salam, Salah EL-Din Abd EL-Sattar, Ahmed Sayed Abdallh

3- Adel Ahmed Abdullah Shukairy , Effect of Dielectric Enclosure on Corona Characteristics in Point -To – Plane Gaps ,2005-04-27
supervisor: Mazen Mohammed AbdEl Salam, Salah El-Din AbdEl Sattar, Ahmed Sayed AbdEllah

4- Mohamed Sayed Abdel-Monem Hamid , Neural Networks Recognition of Weak Points in Power Systems Based on Wavelet Features ,2005-01-18
supervisor: Mazen Shafik Abdel-Salam, Salah Abdel-Sattar, Yassin Mahmoud Yassin
 

الجمعيات العلمية و النقابات :

Senior Member, Institute of Electrical & Electronics Engineers (SMIEEE)

Member, Alexander von Humbolt Foundation, Germany.

The Egyptian Engineering Syndicate, Cairo, Egypt.

Member, Journal of Electrostatics Reviewer, USA.

Member, IET Reviewer, UK.

Research Projects