| 1 | Introduction to tunneling, tunneling terms and tunnel types | [4]. s. 358-386 and [6] |
| 2 | The importance of engineering geology and rock mechanics in tunneling | [4]. s. 387-405 and [6] |
| 3 | The rock mass classification systems (RMR and Q) | [5]. s. 69-76 and [6] |
| 4 | Drill and blast tunneling | [1]. s. 246-265, [3]. s. 231-262 and [6] |
| 5 | Drill and blast tunneling | [1]. s. 246-265, [3]. s. 231-262 and [6] |
| 6 | Roadheaders | [1]. s. 210-226 and [6] |
| 7 | Full-face tunnel boring machines (TBM) | [1]. s. 191-205, [2]. s. 203-219 and [6] |
| 8 | Tunneling in soft ground | [2]. s. 97-121 and [6] |
| 9 | Tunneling in poor ground | [2]. s. 153-176 and [6] |
| 10 | Application examples for tunneling | [1]. s. 229-236 and [6] |
| 11 | Micro-tunneling machines | [1]. s. 204 and [6] |
| 12 | Other miscellaneous works in tunneling | [2]. s. 319-356 and [6] |
| 13 | The selection of shaft location; standard shaft sinking methods | [3]. s. 296-316 and [6] |
| 14 | Special shaft sinking methods | [ 3]. s. 317-330 and [6] |