Biography
Omar Kamel Daham Tawfiq
DOB: Baghdad/1980
PhD in Electrical Power
Lecturer in Electrical Engineering
College of Engineering / University of Anbar
BSc in Electrical Engineering / University of Technology / 2003
MSc in Electrical Engineering / University of Technology / 2006
PhD in Electrical Engineering / University of Technology / 2017
Publication
Design and Implementation of an On-line Monitoring System of IM Based on MCSA and Vibrations(Bearings and Eccentricity Faults)Omar K. Alazzawi, Isam M. Abdulbaqi, Abdulrahim Thiab Humod Accepted 1 November 2016; Published 5 November 2016 Journal of Applied Sciences Research (H index 16) Journal impact 2015/2016= 0.22
http://www.scimagojr.com/journalsearch.php?q=17600155105&tip=sid
Application of FEM to Provide the Required Database for MCSA Based On-line Fault Detection System on 3-phase Induction Motor using ANSYS Maxwell2D Isam M. Abdulbaqi, Abdulrahim Thiab Humod, Omar K. Alazza Accepted 1 November 2016; Published 20 November 2016 ADVANCES in NATURAL and APPLIED SCIENCES (H index 16 Journal impact 2015/2016= 0.34
http://www.aensiweb.com/anas.html
Design and Implementation of an On-line Diagnosis System of IM Electrical FaultsUsing MCSA and ANN Based on LabView Isam M. Abdulbaqi, Abdulrahim Thiab Humod, Omar K. Alazzawi Published 10(16) November 2016, Pages: 223-240 AUSTRALIAN JOURNAL OF BASIC AND APPLIED SCIENCES. (H index 22), Journal impact 2015/2016= 0.23
http://www.ajbasweb.com/
Bearing fault detection of induction motor using ANN based in LabVIE Isam M. Abdulbaqi, Abdulrahim Thiab Humod, Omar K. Alazzawi International Journal of Scientific & Engineering Research (IJSER), Volume 7, Issue 5, May-2016 Journal impact 2015/2016= 0.18
THE MAGNETIC FIELD STUDY OF A FINITE SOLENOI A. K. Al-Shaikhli, Fatima H., Omar K., Fadhil A., Lina J.Circuits and Systems, 2013
Lectures
No.
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Subjects
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Lectures
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Stage
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File
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Video
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1 |
Power Systems IV
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LOAD FLOW ANALYSIS
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Fourth
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2 |
Power Systems IV
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Power Flow Equation
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Fourth
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3 |
Power Systems IV
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SYSTEM MODEL FOR LOAD FLOW STUDIES
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Fourth
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4 |
Power Systems IV
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The G-S Algorithm
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Fourth
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5 |
Power Systems IV
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Example 1:
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Fourth
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6 |
Power Systems IV
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Newton-Raphson Method for Power Flow Solution
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Fourth
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7 |
Power Systems IV
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Power System Stability
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Fourth
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8 |
Power Systems IV
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Methods for Improving Steady State Stability Limit
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Fourth
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9 |
Power Systems IV
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Example:
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Fourth
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10 |
Power Systems IV
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The equal –Area stability criterion:
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Fourth
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11 |
Power Systems IV
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Example (2)
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Fourth
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|
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12 |
Power Systems IV
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Power System Protection
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Fourth
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|
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13 |
Power Systems IV
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Logical design of relays
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Fourth
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|
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14 |
Power Systems IV
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Transducer 2
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Fourth
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15 |
Power Systems IV
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Transducer
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Fourth
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|
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16 |
Power Systems III
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References + Introduction
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Fourth
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17 |
Power Systems III
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Analysis Of A Power System In Per Unit:
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Fourth
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|
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18 |
Power Systems III
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Nodal Analysis
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Fourth
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|
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19 |
Power Systems III
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Fault
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Fourth
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|
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20 |
Power Systems III
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Short-circuit Capacity (SCC) or Short-circuit MVA
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Fourth
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|
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21 |
Power Systems III
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Examples 2
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Fourth
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22 |
Power Systems III
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Symmetrical Components
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Fourth
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|
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23 |
Power Systems III
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Examples
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Fourth
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|
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24 |
Power Systems III
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Sequence Impedances and Sequence Networks
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Fourth
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|
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25 |
Power Systems III
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Sequence Impedances of Transmission Lines
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Fourth
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|
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26 |
Power Systems III
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Examples
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Fourth
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|
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27 |
Power Systems III
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Unbalanced Faults
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Fourth
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|
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28 |
Power Systems III
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Line-To-Line Fault (L-L Fault):
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Fourth
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29 |
Power Systems III
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Double Line-To-Ground Fault (L-L-G fault)
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Fourth
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30 |
Power Systems III
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HW
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Fourth
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|
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31 |
AC Electrical Machines I
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Introduction
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Third
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|
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32 |
AC Electrical Machines I
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Skewing effect
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Third
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33 |
AC Electrical Machines I
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General Principle
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Third
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34 |
AC Electrical Machines I
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Referred Values
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Third
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|
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35 |
AC Electrical Machines I
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Power and Energy Diagram
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Third
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|
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36 |
AC Electrical Machines I
|
Motor Circle Diagram
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Third
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|
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37 |
AC Electrical Machines I
|
Maximum Torque
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Third
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|
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38 |
AC Electrical Machines I
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Ratio of Starting To Rated Torque
|
Third
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39 |
AC Electrical Machines I
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Starting Methods for Induction Motors
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Third
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|
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40 |
AC Electrical Machines I
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Speed Control of Induction Motor
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Third
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41 |
AC Electrical Machines I
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Single-Phase Motors
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Third
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42 |
AC Electrical Machines I
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Applications
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Third
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|
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43 |
AC Electrical Machines I
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Cross-field theory
|
Third
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|
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44 |
AC Electrical Machines I
|
Making Single-Phase Induction Motor Self-Starting
|
Third
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|
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45 |
AC Electrical Machines I
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Capacitor induction Motor
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Third
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|
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46 |
AC Machines II
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Introduction
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Third
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|
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47 |
AC Machines II
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Construction of Synchronous Machines
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Third
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|
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48 |
AC Machines II
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DIFFERENCE BETWEEN SALIENT AND CYLINDRICAL TYPE OF
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Third
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|
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49 |
AC Machines II
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Synchronous Generator (Alternator)
|
Third
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|
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50 |
AC Machines II
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Constructional Element
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Third
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|
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51 |
AC Machines II
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Energy Diagram
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Third
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|
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52 |
AC Machines II
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Parallel operation of alternator
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Third
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|
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53 |
AC Machines II
|
Synchronous Motors
|
Third
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|
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54 |
AC Machines II
|
Synchronous Condenser
|
Third
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|
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55 |
AC Machines II
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Transformers
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Third
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|
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56 |
AC Machines II
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E.M.F Equation of a Transformer
|
Third
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|
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57 |
AC Machines II
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8 Phasor Diagram for A Transformer on Load:
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Third
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|
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58 |
AC Machines II
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Simplification of The Approximate Equivalent Circu
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Third
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|
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59 |
AC Machines II
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Open Circuit or No-Load Test
|
Third
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|
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60 |
AC Machines II
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Transformers in Three-Phase Circuits
|
Third
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|
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61 |
AC Machines II- LAB
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Exp#1: Connection, Rotational direction test and n
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Third
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|
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62 |
AC Machines II- LAB
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Exp#2: load Characteristics of Synchronous Generat
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Third
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|
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63 |
AC Machines II- LAB
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Exp#3: Mains synchronization and control character
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Third
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|
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64 |
AC Machines II- LAB
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Exp#3: Mains synchronization and control character
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Third
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|
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65 |
AC Machines II- LAB
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Exp#5: Connection & Rotational direction test
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Third
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|
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66 |
AC Machines II- LAB
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Exp#6: Connection & Rotational direction test
|
Third
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|
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67 |
AC Machines II- LAB
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Exp#7:V curves of the Synchronous Motor
|
Third
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|
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68 |
AC Machines II- LAB
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Exp#9:Open circuit & Short circuit test on Sin
|
Third
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|
|
69 |
AC Machines II- LAB
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Exp#10: Polarity Marking & Conversion of TwoWi
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Third
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|
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70 |
AC Machines II- LAB
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Exp#11: Back To Back Test On SinglePhase Transform
|
Third
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|
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71 |
AC Machines II- LAB
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Exp#12: Back To Back Test On Single Phase Transfor
|
Third
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|
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72 |
AC Machines II- LAB
|
Regulation & Efficiency of ThreePhase
|
Third
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|
|
73 |
AC Machines II- LAB
|
Exp#14: SCOTT. Connections of Transformer
|
Third
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|
|
74 |
Power Systems III
|
References
|
Fourth
|
|
|
75 |
Power Systems 4
|
References
|
Fourth
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|
|
76 |
AC Electrical Machines I
|
References
|
Third
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|
|
77 |
AC-Machine
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Introduction
|
First
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|
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