Wydział Budownictwa - Karta przedmiotu - RB-S2-12-W17-20

Z1-PU7
Edition N1
(faculty stamp)
COURSE DESCRIPTION
1. Course title: Advanced Soil Mechanics and Foundation Eng.
2. Course code: RB-S2-12-W17
3. Validity of course description: 2012
4. Level of studies: MSc programme
5. Mode of studies: intramural studies
6. Field of study: Civil Engineering
(FACULTY SYMBOL) RB
7. Profile of studies: general
8. Programme: SE-BR(1), SE-CIS(1), SE-GUS(1)
9. Semester:
10. Faculty teaching the course: Katedra Geotechniki (RB7)
11. Course instructor: Dr hab. inż. Joanna BZÓWKA, prof. Pol. Śl.
12. Course classification: common subjects
13. Course status: obligatory subject
14. Language of instruction: English
15. Pre-requisite qualifications:
Zaliczenie przedmiotu „Soil Mechanics and Geotechnical Engineering” na poziomie I stopnia
16. Course objectives:
Advanced knowledge of Soil Mechanics and Foundation Engineering
17. Description of learning outcomes:
No
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Learning outcomes description
Zna podstawy Mechaniki Gruntów, w tym teorię konsolidacji i stany
graniczne gruntów
Poznaje zaawansowane zagadnienia w geotechnice
Method of assessment Teaching methods
exam pisemny i ustny
lecture, laboratory
Learning outcomes reference
code
K2A_W03+++
K2A_W01+++
lecture, laboratory K2A_W03+++
K2A_W09+++
Zna badania polowe i laboratoryjne gruntów oraz techniki poprawy
K2A_W20+++
exam pisemny i ustny lecture, laboratory
parametrów geotechnicznych podłoża
K2A_W09++
Umie scharakteryzować grunty budujące podłoże gruntowe bazując na
K2A_U01++
wynikach badań polowych
report z projektu
lecture, laboratory K2A_U05++
K2A_U09++
Potrafi zinterpretować wyniki badań podłoża gruntowego sondą
K2A_U02++
statyczną oraz podać wnioski z badań
report z projektu
lecture, laboratory K2A_U13++
K2A_U17++
Potrafi wykonać analizę stateczności skarp metodą analityczną i metodą
K2A_U05+++
elementów skończonyc
K2A_U19+++
preparatory projektu lecture, laboratory
K2A_U13++
K2A_U07++
Potrafi samodzielnie podejmować decyzje dotyczące najlepszych
K2A_K02++
rozwiązań konstrukcyjnych
defence ustna projektu lecture, laboratory K2A_K03+++
K2A_K09++
Potrafi przedstawić i obronić zaproponowane rozwiązania konstrukcyjne
K2A_K02++
defence ustna projektu lecture, laboratory K2A_K09+
K2A_K10++
exam pisemny i ustny
18. Teaching modes and hours:
lecture: 30, laboratory: 15,
19. Syllabus description:
Lecture: Site investigation. Field and laboratory tests. Soil properties. Groundwater. Ground improvement techniques. Earth
retaining structures. Pile foundation design. Summary of mechanics of soils. Water in soils. Drainage and volume changes.
Seepage – theoretical solutions. Flow nets. Theory of consolidation – one dimensional case. Compressibility and swelling.
Peak states. Critical states of soils. Dilatancy of overconsolidated soils.
Laboratory: Classification of soil based on in situ cone penetration tests. Slope stability – Fellenius method, Bishop method,
c- reduction method. FEM analyses of simple geotechnical problems.
20. Examination: yes
21. Primary sources:
• Lambe T.W., Whitman R.V.: „Mechanika gruntów (Soil Mechanics)”. Arkady, Warszawa 1977
• Atkinson J.H., Bransby P.L.: „The mechanics of soils: An introduction to critical state of soil mechanics”. McGraw-Hill, 1978
• Azizi F.: „Applied analyses in geotechnics”. E&FN Spon, London & New York, 2000
• PN-EN 1997-1 PN-EN 1997-2: „Eurocode 7. Part 1 & Part 2.”.
22. Secondary sources:
—
23. Total workload required to achieve learning outcomes:
No
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Teaching mode
Participation in lectures
Participation in laboratory
Participation in additional consultations
Own work of student on preparatory to exam, colloquium, etc.
Own work of student on preparatory to project
Defense of the laboratory report, project etc.
Participation of the student in knowledge checking (exam, test, etc.)
Summary:
Hours
contact
30
15
15
0
0
3
2
65
student workload
0
15
15
30
25
0
0
85
24. Total hours: 120
25. Number of ECTS credits: 4
26. number of ECTS credits allocated for contact hours: 2
27. number of ECTS credits allocated for in-practice hours: 3
28. Comments:
—
(date, Instructor's signature)
(date, the Director of Faculty Unit signature)