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Highway Engineering Techniques Department College of Technical Ministry of Higher Education and Scientific research Department of: Highway Engineering Techniques Department College of Technical Engineering Erbil Polytechnic University Subject: Tunnel Engineering /HE405 Course Book – Year 4 Lecturer's name: Ahmed Suad Ali / M.Sc. Academic Year: 2020/2021 بهڕوهبهرايهتی دنيايی جۆری و متمان هبهخشين Directorate of Quality Assurance and Accreditation Ministry of Higher Education and Scientific research Course Book 1. Course name Tunnel Engineering 2. Lecturer in charge Ahmed Suad Ali 3. Department/ College Highway Engineering Techniques Department 4. Contact e-mail: [email protected]/[email protected] Tel: 5. Time (in hours) per week Theory: 3 Practical: 0 6. Office hours Sunday: 8:30AM – 2:30PM + selective time for scientific and quality assurance committee 7. Course code HE405 8. Teacher's academic profile Started as site engineer since 2000 for some residential buildings projects till about 2003 after 2003 participated into some commercial business till 2005, from 2007 till 2008 worked as an office engineer for project of engineer’s city in erbil, since Feb.2012 started the academic career to date. 9. Keywords Tunnel Engineering, Tunneling, Rock Mechanics, tunnel construction methods, loads on tunnels. 10. Course overview: Increase student knowledge and learn about the field of tunnel engineering including the principals of tunnel construction from the planning to the end in general. As for managing to learn the main components of tunnel body the forces acting on it the difference between methods used for construction and when to be used, the forces acting on tunnel body the e rating of rock mass as most of the tunnel projects in Kurdistan is built into, the lightening, drainage, geometry, ventilation system, lining used, seismic consideration, and other parts related to the field of tunnel engineering. 11. Course objective: Understand the basics of tunnel engineering Geometry of tunnel sections (limitations and standards) Standards and limitations for (lightening, ventilation and derange systems) Loads acting up on tunnels and the stress produced. Different between construction methods and when to be used and why General idea about seismic considerations and the general equations used Rock mass rating and how those can affect the tunnel body and construction Investigation, survey and planning for such projects The risk that enclose such infrastructure projects Blasting plan and how that can be arranged during the construction The difference between ordinary transportation project and tunnels when and why we need tunnels 12. Student's obligation a. To attend the classes regularly with minimum absence. b. To participate actively in the class discussion and Q&A session بهڕوهبهرايهتی دنيايی جۆری و متمان هبهخشين Directorate of Quality Assurance and Accreditation Ministry of Higher Education and Scientific research c. Study on daily basis to digest the class material d. To write note off-handouts e. Prepared for sudden Quizzes f. Vet through the references provided by the lecturer and to solve as much as possible of homework and exercises for the subjective materials. g. Prepare the assignment and the seminar as instructed by the lecturer. Apply practical part if applicable during the year including some rock tests through reports 13. Forms of teaching Basically, a handout shall be given to the students at the beginning of the academic year. The page-by-page read shall be performed by the lecturer and to illustrate the points with aide of white board whenever necessary. The video clips that illustrates further the subject material shall be illustrated with the aid of overhead projector. Some seminars will be held and a case study will be a case of discuss during the study year If applicable some site visits will be arranged according to the situations. 14. Assessment scheme The overall year-work mark is set to 6 marks with to semester exams, each held 17marks. The (6) is basically divided into two portions one of which holds (3) marks for Quizzes and the remaining (3) marks are left for presence and absence. As an effort to enhance the student knowledge, another (5) marks is intended to be readdressed to a seminar and reports and keep the semester exam marks to 15 instead of 17 15. Student learning outcome: By the end of the current course, the student shall be able to learn the major activities related to the basics and standardized tunnel engineering projects which is the least portion to be learned in order to manage working through tunnel projects in the future. The student will be capable to identify when to use tunnels and where rather than other transportation projects, have a clue about the methods of tunnelling and when they can be used under what circumstances. Learn about the forces and stresses acting upon such body and how to rate the rock that will be used , learn about the blasting plan since it is one of the major part in construction and what we can handle through and how beside other consideration depending on the standards and references available. 16. Course Reading List and References: ▪ Tunnel Engineering Handbook: Elwyn H. King and Thomas R. Kuesel 2nd edt. 2004 ▪ A history of tunnels: patrick beaver; 1973 ▪ Tunneling and Tunnel Mechanics: Dimitrios Kolymbas, 2005 ▪PRACTICAL TUNNEL CONSTRUCTION: Gary B. Hemphill, 2013 Rock Mechanics: Das, 2013 , and some other references which related to subjects 17. The Topics: Lecturer's name 1. Introduction to tunnel engineering: By: Ahmed Suad Ali some basic terms, general classifications. No. of Hours: 3 2. Studies and investigations: Weeks: 1 week including general idea about site condition investigation, collection and review of data, types of survey in general. No. of Hours: 3 – 6 Weeks: 1 – 2 Weeks بهڕوهبهرايهتی دنيايی جۆری و متمان هبهخشين Directorate of Quality Assurance and Accreditation Ministry of Higher Education and Scientific research 3. Geometric Configurations: cross section requirement, practical and theoretical capacity, No. of Hours: 9-12 clearances, sd. Weeks: 3 -4weeks 4. Construction Methods: including general description about the famous methods No. of Hours: 6-9 Weeks: 2 -3weeks used in tunnel construction and advantages and disadvantages of those. 5. rock mechanics: include the most famous and used rating for rocks since the No. of Hours: 12 – 15 tunnelling mostly is built through rock (also include practical Weeks: 4 – 5 weeks part) and how to calculate the stress on the tunnel crown. 6. lining in general: General view for the main lining of tunnel components and No. of Hours: 3 – 6 the type on concrete mix used and what is the benefits of Weeks: 1 – 2 weeks that. 7. Tunnel Ventilation & Lightening systems: Include general ideas and standards for these systems and No. of Hours: 6-9 their components including fire system approaches. Weeks: 2 -3weeks 8. Tunnel Blasting: include general idea about blasting and blasting effect as a No. of Hours: 6-9 part of some construction methods. Weeks: 2 -3weeks 9. Tunnel Drainage system: No. of Hours: 6 –9 in general, and how we can use a reasonable system for Weeks: 2 – 3 weeks tunnel. 10. Seismic Considerations: No. of Hours: 3 – 6 general ideas some most used equations to be used in Weeks: 1 – 2 weeks calculations and to be considered. 11. maintains and rehabilitation of tunnel system No. of Hours: 3 – 6 Weeks: 1 – 2 weeks types of scheduled maintains and monitoring. No. of Hours: 3 – 6 In addition, through the year design criteria will be discussed and a Weeks: 1 – 2 weeks case study will be considered during the year. 18. Practical Topics (If there is any) and if Engineering Will be considered college of Sallah alldin university is applicable to attend during the study year بهڕوهبهرايهتی دنيايی جۆری و متمان هبهخشين Directorate of Quality Assurance and Accreditation Ministry of Higher Education and Scientific research 19. Examinations: The exams shall cover all the topics studied in detail in class. The number of the questions shall depend upon the time for the exam and shall be solved and provide the solution for the questions to the student at the end of the exam. 20. Extra notes: In spite of the fact that, the topics applied previously sounds rich but the Tunnel Engineering subject is related to different subjects including (soil mechanics, structural analysis, geometric design, surveying, pavement design, fluid mechanics, traffic engineering, management & material technology) courses. A close coordination shall be conducted with those courses lecturers to ensure the full convey of information to the receiver (the student). The topics shall be enriched year by year and kept it in contact with latest technology developed worldwide in the science of Geotechnical Engineering. 21. Peer review بهڕوهبهرايهتی دنيايی جۆری و متمان هبهخشين Directorate of Quality Assurance and Accreditation .
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