|
Lecture |
Hours |
Lecture |
Hours |
|
Mechanical Engineering |
396 |
Flow Stress of
Metals and Alloys |
30 |
| Theoretical
Mechanics |
80 |
Fundamentals of
Physical Metallurgy in Hot Forming |
40 |
| Engineering
Mechanics |
108 |
Mathematical
Modeling of Hot Forming Processes |
42 |
| Machinery
Fundamentals and Machine Elements |
100 |
Metal Forming Technology |
314 |
| Technical Drawing |
108 |
Fundamentals of
Rolling Technology |
36 |
|
Metallurgical and Material Engineering |
372 |
Theory and
Technology for Sheets & Plates Production |
48 |
| Physical Chemistry |
80 |
Theory and
Technology for Rod, Bars & Sections Production |
56 |
| Metallography &
Heat Treatment |
144 |
Theory and
Technology for Tubular Products Production |
40 |
| Fundamentals of
Metallurgy |
40 |
Steel Mill
Machinery |
64 |
| Furnace of
Metallurgical Plant |
63 |
Work Shop Design
for Steel Mills |
30 |
| Management for
Metallurgical Industry |
45 |
Measuring Technique
for Metal Processing |
42 |
|
Electrical Engineering & Electronics |
135 |
Metal Processing Practice
(4 Hours/Week x18 Weeks) |
|
Metal Forming Fundamentals |
347 |
Familiarity Practice
(2 Months, in metal/steel plants) |
| Engineering
Plasticity Theory |
40 |
Production Practice
(2 Months, in steel rolling mills) |
| Plastic Forming
Methods and Theory |
40 |
Graduation Practice
(1 Month, in steel rolling mills) |
| Plastic Forming
Process Theory |
63 |
Graduate Design:
Schedule Design for Steel Tube Production (a sub-project for the 1st Chinese
Tension-Reduction tube mill) |
| Engineering
Elasticity Theory |
60 |
Graduate Thesis:
Experimental Study of Spray Coating Technology and Influence Factors on
Coating Quality |
| Technical English
for Metal Forming |
72 |
Master Study Theme:
Surface Alloying Processing by means of Laser |
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