Nabil Hassan Ibrahim Fatih

Faculty of Engineering

Assiut University

Department
Electrical Engineering Department
Fax No
N/A
Email:
nfetih@aun.edu.eg
MIS Email
nabil.fateeh@eng.au.edu.eg
Mobile
01222712604
Office
N/A - 031033
Google Scholar
google_scholar
Ph. D. In electrical engineering () , faculty of engineering Germany , 1978
M. Sc. In electrical engineering () , faculty of engineering assiut univeristy , 1971
B. Sc. In electrical engineering () , faculty of engineering Ain-Shams univeristy , 1964

Emeritus Professor Faculty of Engineering, Assiut University , 2003

Professor Faculty of Engineering, Assiut University , 1989

Associate Professor Faculty of Engineering, Assiut University , 1983

Lecturer Faculty of Engineering, Assiut University , 1978

Assistant Lecturer Faculty of Engineering, Assiut University , 1973

Demonstrator Faculty of Engineering, Assiut University , 1964
# Title Research Year
1 Performance Characteristics of an Integral-Cycle Controlled DC Separately Excited Motor 1989
2 Performance Characteristics of Triac Controlled Single Phase Induction Motor having Space Harmonics in its Magnetic Field 1988
3 Starting of Induction Motor by Static VAR Compensator 1988
4 Static VAR Compensator Application for Surge Arrestor Rating at Aluminum Smelter Electrolysis Plant Terminals 1988
5 Optimization of Static VAR Compensators Controller Parameters for Starting Large Induction Motor Loads 1988
6 Starting of Induction Motors by Static VAR Compensator 1988
7 Static VAR Compensator Application for Minimizing the Surge Arrester Ratina at Aluminum Smelter Electrolysis Plant Terminals 1988
8 Optimization of Static VAR Compensators Controller Parameters for Starting Large Induction Motor Loads 1988
9 Control of Over voltages due to Load Rejections using Static VAR Compensators 1987
10 Speed Control of Three-Phase Induction Motor using an Integral-Cycle Controlled Single Triac 1987
11 A Comparative Study of Power Transformer Optimal Designs According to Different Criteria 1987
12 Speed Control of DC Series Motor using an Integral-Cycle Controlled Single Triac 1987
13 Material-Cost Optimized Induction Motor using Rosenbrock Nonlinear Optimization Technique. Part 1. Theoretical Investigation 1986
14 A Generalized Model of a Triac-Controlled Symmetrical or Asymmetrical Squirrel-Cage Induction Motor. Part 1, Theoretical Investigation 1986
15 Thyristor Integral-Cycle Control of Single Phase Induction Motors 1986
16 A Generalized Model of a Triac-Controlled Symmetrical or Asymmetrical Squirrel-Cage Induction Motor, Part 2 1986
17 The use of Integral Cycle Switching for Control of Three-Phase Induction Motors 1986
18 Induction Motor Optimum Design . Including Active Power Loss Effect 1985
19 Transient Analysis of Phase Controlled Single-Phase Induction Motors, an Application of the Method of Instantaneous Symmetrical Component 1985
20 The Use of Integral-Cycle Switching for Control of Single Phase Induction Motors 1985
21 Integral Cycle Control of Single Phase Induction Motors 1985
22 Optimum Design of Pole Amplitude Modulated Induction Motor 1984
23 Comparative Study in Economical Design of Induction Motors 1984
24 Accelerated Loss of Life of Electric Power System Component Operated above their Nameplate Ratings 1983
25 The Minimum Weight Power Transformer 1983
26 0ptimal Design of Reluctance-Augmented Shaded-Pole Motor with Double Shading Coils 1983
27 Effect of Probability Density Distribution of Output Noise on the Estimation of System Dynamics 1983
28 Optimal Design of Tubular Actuators 1983
29 A Generalized Approach to the Transient Thermal Behavior of Electric Power System Components 1982
30 0ptimal Expansion of Transformer Substations 1982
31 Cost-Optimlzed Transformer Design Including its Reactive Power Consumption 1980
32 0n Optimal Speed Regulation of Direct Current Motor . Part 1.Theoretical Investigation 1973
33 Speed Control of DC Series Motor using a Modulated Phase-Angle Controlled Single Triac 0
34 0n Optimal Speed Regulation of Direct Current Motor. Part 2, experimental Investigation 0
35 Material Cost-Optimized Induction Motor using Rosenbrock Nonlinear Optimization Technique, Part 2, Application and Results 0
36 0ptimal In tented Overloading of Electric Power System Components 0
37 Optimal Design of Reluctance-Augmented Shaded-Pole Motor with one Shading Coil 0
38 Effect of Winding Material on Optimal Design of Loaded Transformer 0
39 Constrained Cost-OPtimized Design of Loaded Transformer 0

الجمعيات العلمية و النقابات :

Research Projects