Lectures:
1st The importance of the underground construction of civilization and addressing environmental challenges history and development of underground structures.
2nd Distribution of underground structures, tunnels, the design parameters, the IG investigation and classification systems.
3rd Mined underground construction, disposal, mikrotunelling; more methods.
4th Conventional excavation methods.
5th Excavation of caverns, excavated underground construction.
6th NATM - theory and practice.
7th Reinforcement of underground construction, design and implementation.
8th Ventilation of underground structures, lighting.
9th Dewatering of underground buildings, waterproofing.
10th Reconstruction of underground structures, building diagnostics.
11th Monitoring of underground construction.
12th Organization and safety in underground construction.
13th Effects of tunneling to the surface.
14th Presentation of practitioners, the risks of underground structures and funding.
Exercise:
1 to 3 Week: Tunnel rock mass classification systems.
4th Design principles and parameters for underground construction (road and rail
tunnels, collectors, galleries).
5th Design excavation and reinforcement, including exploratory gallery. schedule for excavation
6th Design excavation and reinforcement, including exploratory gallery. schedule for excavation
7th Static cross-examination and reinforcement of the tunnel using the program systems (Tunnel, Plaxis, FLAC).
8th Static cross-examination and reinforcement of the tunnel using the program systems (Tunnel, Plaxis, FLAC).
9th Entering a comprehensive program for tunnelling (tunnel road, rail
tunnel collector - 2 Program
1st The importance of the underground construction of civilization and addressing environmental challenges history and development of underground structures.
2nd Distribution of underground structures, tunnels, the design parameters, the IG investigation and classification systems.
3rd Mined underground construction, disposal, mikrotunelling; more methods.
4th Conventional excavation methods.
5th Excavation of caverns, excavated underground construction.
6th NATM - theory and practice.
7th Reinforcement of underground construction, design and implementation.
8th Ventilation of underground structures, lighting.
9th Dewatering of underground buildings, waterproofing.
10th Reconstruction of underground structures, building diagnostics.
11th Monitoring of underground construction.
12th Organization and safety in underground construction.
13th Effects of tunneling to the surface.
14th Presentation of practitioners, the risks of underground structures and funding.
Exercise:
1 to 3 Week: Tunnel rock mass classification systems.
4th Design principles and parameters for underground construction (road and rail
tunnels, collectors, galleries).
5th Design excavation and reinforcement, including exploratory gallery. schedule for excavation
6th Design excavation and reinforcement, including exploratory gallery. schedule for excavation
7th Static cross-examination and reinforcement of the tunnel using the program systems (Tunnel, Plaxis, FLAC).
8th Static cross-examination and reinforcement of the tunnel using the program systems (Tunnel, Plaxis, FLAC).
9th Entering a comprehensive program for tunnelling (tunnel road, rail
tunnel collector - 2 Program