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Underground Space Technology

Track :

Technology
Course Presenter :

IIT Roorkee July 2018

Lessons no : 61

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Lessons | 61
Underground Space Technology
00:07:35

Underground Space Technology
Lecture1 Basics of Rock Engineering Introduction
00:30:21

Lecture1 Basics of Rock Engineering Introduction
Lecture 2 Basics of Rock Engineering coring sampling UCS of intact rock
00:24:31

Lecture 2 Basics of Rock Engineering coring sampling UCS of intact rock
Lecture 3 Basics of Rock Engineering Tensile strength and shear strength of intact rock
00:22:47

Lecture 3 Basics of Rock Engineering Tensile strength and shear strength of intact rock
Lecture 4 Basics of Rock Engineering Classification of intact rocks concept of rock mass RQD
00:33:51

Lecture 4 Basics of Rock Engineering Classification of intact rocks concept of rock mass RQD
Lecture 5 Basics of Rock Engineering Classification of rock mass 1
00:28:02

Lecture 5 Basics of Rock Engineering Classification of rock mass 1
Lecture 6 Basics of Rock Engineering Classification of rock mass Q system and GSI
00:34:18

Lecture 6 Basics of Rock Engineering Classification of rock mass Q system and GSI
Lecture 7 Basics of Rock Engineering Failure criteria for rocks 1
00:32:57

Lecture 7 Basics of Rock Engineering Failure criteria for rocks 1
Lecture 8 Basics of Rock Engineering Empirical failure criteria
00:30:53

Lecture 8 Basics of Rock Engineering Empirical failure criteria
Lecture 9 Tunneling underground excavations
00:30:29

Lecture 9 Tunneling underground excavations
Lecture 10 Tunneling Ground conditions
00:26:44

Lecture 10 Tunneling Ground conditions
Lecture 11 Planning of and exploration for underground construction projects
00:30:18

Lecture 11 Planning of and exploration for underground construction projects
Lecture 12 Underground excavation failure mechanisms
00:21:21

Lecture 12 Underground excavation failure mechanisms
Lecture 13 Application of stereographic projection method roof failure
00:33:16

Lecture 13 Application of stereographic projection method roof failure
Lecture 14 Application of stereographic projection method sidewall failures 1
00:18:38

Lecture 14 Application of stereographic projection method sidewall failures 1
Lecture 15 Application of stereographic projection method sidewall failures 2
00:18:50

Lecture 15 Application of stereographic projection method sidewall failures 2
Lecture 16 Elastic stress distribution around circular tunnels 01
00:41:30

Lecture 16 Elastic stress distribution around circular tunnels 01
Lecture 17 Elastic stress distribution around circular tunnels 02
00:38:23

Lecture 17 Elastic stress distribution around circular tunnels 02
Lecture 18 Elastic analysis of circular tunnels displacements
00:53:27

Lecture 18 Elastic analysis of circular tunnels displacements
Lecture 19 Thick wall cylinder in biaxial stress field
00:29:56

Lecture 19 Thick wall cylinder in biaxial stress field
Lecture 20 Stress distribution around non circular openings in elastic ground conditions 01
00:37:19

Lecture 20 Stress distribution around non circular openings in elastic ground conditions 01
Lecture 21 Stress distribution around non circular openings in elastic ground conditions 02
00:32:09

Lecture 21 Stress distribution around non circular openings in elastic ground conditions 02
Lecture 22 Stress distribution under different in situ stress conditions design principles
00:31:26

Lecture 22 Stress distribution under different in situ stress conditions design principles
Lecture 23 Stress distribution for multiple openings
00:28:57

Lecture 23 Stress distribution for multiple openings
Lecture 24 Openings in laminated rocks 01
00:35:10

Lecture 24 Openings in laminated rocks 01
Lecture 25 Openings in laminated rocks 02
00:25:47

Lecture 25 Openings in laminated rocks 02
Lecture 26 Openings in laminated rocks 03
00:24:16

Lecture 26 Openings in laminated rocks 03
Lecture 27 Openings in laminated rocks 04
00:23:42

Lecture 27 Openings in laminated rocks 04
Lecture 28 Elasto plastic analysis of tunnels Tresca yield criterion 01
00:40:53

Lecture 28 Elasto plastic analysis of tunnels Tresca yield criterion 01
Lecture 29 Elasto plastic analysis of tunnels Tresca yield criterion 02
00:28:34

Lecture 29 Elasto plastic analysis of tunnels Tresca yield criterion 02
Lecture 30 Elasto plastic analysis of tunnels Mohr Coulomb criterion
00:36:35

Lecture 30 Elasto plastic analysis of tunnels Mohr Coulomb criterion
Lecture 31 Application of rock mass classification system Terzaghi s rock load theory 01
00:32:33

Lecture 31 Application of rock mass classification system Terzaghi s rock load theory 01
Lecture 32 Application of rock mass classification system Terzaghi s rock load theory 02
00:28:42

Lecture 32 Application of rock mass classification system Terzaghi s rock load theory 02
Lecture 33 Application of rock mass classification system rock mass rating RMR
00:32:01

Lecture 33 Application of rock mass classification system rock mass rating RMR
Lecture 34 Tunnel hazards
00:25:21

Lecture 34 Tunnel hazards
Lecture 35 Tunnel hazards squeezing ground conditions
00:25:05

Lecture 35 Tunnel hazards squeezing ground conditions
Lecture 36 Application of rock mass classification system rock mass quality Q system 01
00:23:41

Lecture 36 Application of rock mass classification system rock mass quality Q system 01
Lecture 37 Application of rock mass classification system rock mass quality system 02 NATM NMT
00:42:44

Lecture 37 Application of rock mass classification system rock mass quality system 02 NATM NMT
Lecture 38 Modulus of deformation of rock mass using Q system rock mass number plate loading test
00:26:06

Lecture 38 Modulus of deformation of rock mass using Q system rock mass number plate loading test
Lecture 39 Modulus of deformation of rock mass uni axial jacking plate jacking test
00:25:46

Lecture 39 Modulus of deformation of rock mass uni axial jacking plate jacking test
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Free Underground Space Technology tutorial, The Underground Space Technology course explores the utilization of underground spaces for various applications. Gain insights into tunneling, underground construction, geotechnical engineering, underground transportation systems, and underground storage facilities. This course covers the design, planning, and management of underground space projects, as well as the technologies and techniques involved. Join us to acquire knowledge and skills in harnessing the potential of underground spaces and contribute to sustainable urban development. IIT Roorkee July 2018