Hassan Jasim Mohammed

is a Lecturer in the Department of Material Engineering, Engineering College, Diyala University, Diyala, Iraq. he has more than 13 years of teaching and research experience. Her major research interest includes high voltages  engineering, plasma physics, and Electromagnetics Theory , and insulated gases. He has published more than 5 research papers in journals and conferences. He received B. Sc. in Physical Science from University of Baghdad, Iraq (1996). He received M. Sc. In Physical Science from University of Baghdad, Baghdad, Iraq (2001). He also received his Ph.D. in Physical Science from University of Baghdad (2013).

 


 

 

Timetable:

day

subject

المرحلة

Time

Sunday

Heat transfer

Third

11:30 - 8:30

Monday

Mathematics II

Second

12:30 - 10:30

Thursday

Mathematics II

Second

10:30 - 8:30

 

 


Lectures:

Lectures first course

Title of Lecture

Second class

Lectures one +two

Vectors

Lectures Three+ four

Complex number

Lectures Five and six

Sequence

Lectures seven and eight

series

Lectures Nine and ten

 Power series Taylor and Maclurian

Lectures eleven and twelve

Fourier's series

Lectures Thirteen to fifteen

Differentials equations

References

Advance Engineering Mathematics

Lectures Second course

Title of Lecture

Third class

Lectures one

Introduction

Lectures two

Conduction, convection ,radiation

Lectures three

Heat conduction steady state

Lectures four-six

General heat conduction (spherical, Cartesian ,cylindrical

Lectures Seven to eight

Heat conduction wall

Lecture nine to ten

Cylindrical sphere with out heat generation

Lectures eleven

Heat conduction with generation wall

Lectures twelve

Cylinder ,sphere

Lectures thirteen to fifteen

Fins and efficiency

References

Principles of Heat transfer

 

 
 

Publications:

The dynamic processes in the electrical discharge of SF6

 

Monte Carlo Simulation to Study Streamer Theory in Electronegative gases

Calculation Mobility and Transverse, Longitudinal Diffusion Coefficients in SF6 gas under the TOF condition

Measurements of corona discharge in non-unform field Freon gap

Corona current pulses in non-uniform field air gaps

 
 
 

 

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