Dansk - English
Short version - Full version
Construction pits, Tunnel Construction and Port Design (Spring 2008) |
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| Course code : | BBGR-T3-U1 | ||
| ECTS Credits : | 15 | Status : | Optional |
| Revised : | 21/11 2007 | Written : | 16/09 2003 |
| Placement : | 6. -7. semester | Hours per week : | 0 |
| Length : | 1 semester | Teaching Language : | Danish and English |
| Objective : | 1. Construction pits The student shall obtain knowledge about and an understanding of the special problems and characteristics of design of Construction Pits with special emphasis on pits with bottom below groundwater table. The student shall be able to plan the construction and design the structures in a Construction Pit. 2. Tunnel Construction The student shall obtain knowledge about and an understanding of the different types of tunnel structures are designed. The student shall be able to plan the construction and design the structures for tunnel and approach structures. 3. Port Design The student shall obtain knowledge about and an understanding of the special problems and characteristics of design of Ports, including planning of Ports, design of Ports and Harbour structures and equipment in Ports. The student shall be able to plan the construction and design the structures for offshore structures. The student, who has fully fulfilled the aim of the course, are at the final test of the course able to: • Choose and analyse a chosen port function and design it. • Determine the loads on Offshore Structures. • Evaluate and design structures in a Port • Analyse and evaluate different types of tunnel structures with consideration of the function and the physical environnement. • Analyse, evaluate and design tunnel structures. Substantiate the choice. • Evaluate need for and extent of dewatering. • Substantiate the choice of method of dewatering and design a dewatering system. • Make slope stability analysis. • Account for the cooperation in the team. |
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| Principal Content : | Overview of the subject of the course. The course works and projects of the course are chosen within these subjects. Compulsory: 1. Construction Pits: Design and Construction Stability of bottom, slopes and walls. Dewatering systems Retaining walls (inclusive special walls) Anchoring and props of walls 2. Tunnel construction Tunnel types: -Cut and cover. -Immerged tunnels. -Bored tunnels. Tunnel structures: -Top- and bottom slab. Driven walls. Insitu walls 3. Port Design Loads on Offshore structures. Types of Ports, planning and layout. Design and calculation of structures in Ports: Breakwaters and piers. Berth Structures: Sheet pile walls, anchor slab, stability of Berth Structures. Equipment: Fenders and bollards. Scope of choice: The students make a project on basis of above listed subjects after agreement with the teacher of the course. The student shall have past all the theme courses. Oral evaluation on basis of the project and the course works. External examiner 7-scale The evaluation is on basis of the course works and project carried out in the course and an interview about these in relation to the professional content of the course. |
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| Teaching method : | -Class teaching, examples, self study and study visits. Course works and project, made in teams of 2-4 students after agreement with the teacher. |
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| Required prequisites : | The student shall have past all the theme courses. | ||
| Recommended prerequisites : | - | ||
| Relations : | - | ||
| Type of examination : | Oral examination based on assignments | ||
| External examiner : | External | ||
| Marking : | 7 step scale | ||
| Remarks : | The evaluation is on basis of the course works and project carried out in the course and an interview about these in relation to the professional content of the course. | ||
| Teaching material : | Terzaghi, K., Peck, R.B., Mesri,G.: Soil Mechanics in Engineering Practice, 1996 Construction Dewatering: New Methods and Applications By J. Patrick Powers, 1992 DS 415 Code of practice for foundation. Birte Rodevang: Introduction til BGR-T Birte Rodevang: presentation and notes no. 1 Plane Seepage Birte Rodevang: 1.1 example Plane Seepage Birte Rodevang: presentation and notes no. 2 Dewatering Birte Rodevang: 2.2 example circular construction pit Birte Rodevang: 2.3 example rectangular construction pit B Birte Rodevang: presentation and notes no.3: Retaining Walls ARBED Denmark A/S ARCELOR Long commercial (ALC) Denmark Birte Rodevang: 3.1 example free sheet pile wall Birte Rodevang: 3.2 example anchored Birte Rodevang: 3.3.1 example propped sheet pile wall with 1 prop Birte Rodevang: 3.3.2 example propped sheet pile wall with 3 props Birte Rodevang: 3.3.3 example propped sheet pile wall with 2 props Birte Rodevang: 3.3.4 example propped sheet pile wall with props and water pressure. Birte Rodevang: 3.4 example calculation of anchor slab. Birte Rodevang: presentation and notes no. 6 Stability of slopes Birte Rodevang: Tunnel construction, general Birte Rodevang: Tunnel construction, examples in Denmark Birte Rodevang: Tunnel construction, examples future and outside Denmark Birte Rodevang: notes no. 4 Ground Anchors Aage Christensen A/S A/S Skandinavisk Spændbeton/DNE fundering Birte Rodevang: presentation and notes no.5: Port Design Zhou Liu and Hans F. Burchardt: Port Engineering, 1999 Coastal Engineering Manual, U.S. Army Corps of Engineers, 2002 Zhou Liu and Peter Frigaard: Generation and analysis of random waves.2001 Birte Rodevang: notes no. 5.1 Anchor length calculation Birte Rodevang: 5.1.1 example Anchor length calculation Birte Rodevang: Presentation and notes: Breakwaters Fentek catalogue Bean Bollards catalogue |
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| Responsible teacher : | Birte Rodevang
, brod@dtu.dk |
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