1. |
Guidance |
none in particular |
0minutes |
2. |
Historical trends of High-Rise RC Buildings in Japan Part 1. Earthquake disasters records |
Materials handed out in the previous class |
60minutes |
3. |
Historical trends of High-Rise RC Buildings in Japan |
Materials handed out in the previous class |
60minutes |
4. |
Historical trends of High-Rise RC Buildings in the World Part3.Typical projects in your mother Country |
Materials handed out in the previous class |
60minutes |
5. |
Historical trends of High-rise CFT Buildings in Japan Part1.Representative projects |
Materials handed out in the previous class |
60minutes |
6. |
Historical trends of High-rise CFT Buildings in Japan Part2.Representative projects |
Materials handed out in the previous class |
60minutes |
7. |
Viewing Tokyo at Roppongi Hills |
Materials handed out in the previous class |
60minutes |
8. |
Viewing Tokyo at Roppongi Hills |
Materials handed out in the previous class |
60minutes |
9. |
Seismic retrifitting technology using the concrete Butterfly-shaped Blocks |
Materials handed out in the previous class |
60minutes |
10. |
Seismic retrifitting technology using the wooden Butterfly-shaped Blocks |
Materials handed out in the previous class |
60minutes |
11. |
The latest Fiber Reinforced Concrete Structure 1Technology Part.1 Latest beam-column joints system for RC structures |
Materials handed out in the previous class |
60minutes |
12. |
The latest Fiber Reinforced Concrete Structure Technology Part.2 Ultra High Strength SFRC Columns |
Materials handed out in the previous class |
60minutes |
13. |
Fiirst final presentation (Proposal for New Technology Development) |
Presentation for own preparation |
180minutes |
14. |
Second final presentation (proposal for new technology development) |
Presentation for own preparation |
180minutes |
Total. |
- |
- |
1020minutes |