Course Details
Realisation of Water Structures
Academic Year 2023/24
NRA018 course is part of 1 study plan
NPC-SIV Winter Semester 2nd year
Planning, designing and realization development of structures. Preparation work at a site. Rock and earthwork, special foundation engineering. Carpenter and cabinetmaker works, boarding of the structures and elements, concrete work - concrete production, transport, deposition and tending.
Digging of a tube ditch, trenchless technology, pipe work. Transport in and out of the site. Operational and social equipment of the site, construction yard and line structures site organization. Main responsibility of technical stuff and works foreman during the construction phase, occupational safety. Operational evidence of the structures.
Digging of a tube ditch, trenchless technology, pipe work. Transport in and out of the site. Operational and social equipment of the site, construction yard and line structures site organization. Main responsibility of technical stuff and works foreman during the construction phase, occupational safety. Operational evidence of the structures.
Course Guarantor
Institute
Objective
Realisation of particular types of civil structures, usage and application of proper types of mechanisms and devices. Time schedule of construction. Principles of safety and protection of health in work process.
Knowledge
Knowledge in following areas:
- realisation of particular types of civil structures,
- usage and application of proper types of mechanisms and devices,
- time schedule of construction.
- realisation of particular types of civil structures,
- usage and application of proper types of mechanisms and devices,
- time schedule of construction.
Syllabus
1. Structure planning, staging.
2. Design of open foundation pit.
3. Coffer dam, site drainage, site pumps.
4. Rock and earthwork – cubage determination, construction technology, deployment of mechanisms, accomplishment calculation.
5. Concrete work – division of operating and dilatation block Technology of realization, deployment of mechanisms.
6. Site transport design.
7. Design of site equipment.
8. Finishing works.
9. Building works schedule assembly.
10. Safety regulations.
2. Design of open foundation pit.
3. Coffer dam, site drainage, site pumps.
4. Rock and earthwork – cubage determination, construction technology, deployment of mechanisms, accomplishment calculation.
5. Concrete work – division of operating and dilatation block Technology of realization, deployment of mechanisms.
6. Site transport design.
7. Design of site equipment.
8. Finishing works.
9. Building works schedule assembly.
10. Safety regulations.
Prerequisites
Mechanic-physical properties of earth materials, principle s of structures foundation, principles of concrete structures design.
Language of instruction
Czech
Credits
6 credits
Semester
winter
Forms and criteria of assessment
course-unit credit and examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 2 hours/week, elective
Syllabus
1. Structure planning, staging.
2. Design of open foundation pit.
3. Coffer dam, site drainage, site pumps.
4. Rock and earthwork – cubage determination, construction technology, deployment of mechanisms, accomplishment calculation.
5. Concrete work – division of operating and dilatation block Technology of realization, deployment of mechanisms.
6. Site transport design.
7. Design of site equipment.
8. Finishing works.
9. Building works schedule assembly.
10. Safety regulations.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
1. Design of structure planning, staging.
2. Design of open foundation pit.
3. Site drainage, site pumps.
4. Rock and earthwork – cubage determination, construction technology, deployment of mechanisms, accomplishment calculation.
5. Concrete work – division of operating and dilatation block Technology of realisation, deployment of mechanisms.
6. Site transport design.
7. Design of site equipment.
8. Finishing works.
9. Building works schedule assembly.
10. Safety regulations.