Course Details
Water Structures
Academic Year 2023/24
NRB022 course is part of 1 study plan
NPC-GK Winter Semester 2nd year
The course deals with the basics of hydrology, hydraulics hydrostatics, hydrodynamics), basic information about realisation and operation of water structures, terminology used.
Water structures - river training, weirs, dams, hydro power energy, navigation.
Municipal water management - groundwater caption, water treatment
and transport for the municipal and industry water supply, disposal and treatment of sewage water, balneology, management of water systems.
Innovation 2012/13 the results of the ESF project in the field of geodesy and cyrtografy. Creating a relationship to the environment, POV and PPO close to nature and friendly.
A cluster problems, for instance Cluster CREA Hydro & Energy, Z.S., bearer of the golden mark.
Landscape water management - land and construction site drainage, irrigation and irrigation systems, small reservoirs, field comasation, water systems and reservoirs.
Part of the course is an excursion to chosen water structure (geodetic measurements and the VD Kníničky et TBD).
Water structures - river training, weirs, dams, hydro power energy, navigation.
Municipal water management - groundwater caption, water treatment
and transport for the municipal and industry water supply, disposal and treatment of sewage water, balneology, management of water systems.
Innovation 2012/13 the results of the ESF project in the field of geodesy and cyrtografy. Creating a relationship to the environment, POV and PPO close to nature and friendly.
A cluster problems, for instance Cluster CREA Hydro & Energy, Z.S., bearer of the golden mark.
Landscape water management - land and construction site drainage, irrigation and irrigation systems, small reservoirs, field comasation, water systems and reservoirs.
Part of the course is an excursion to chosen water structure (geodetic measurements and the VD Kníničky et TBD).
Course Guarantor
Institute
Objective
The aim of the course is to introduce basic principles at water management and water structures. During the seminars the water management terminology and the most important will be practiced.
Innovation 2012/13 the results of the ESF project in the field of geodesy and cyrtografy.
Creating a relationship to the environment, POV and PPO close to nature and friendly, familiar with G Kníničky measurements at the dam on the river Svratka.
Expansion of Program 5 (Processing POV and continuity of specialization Gak.
Innovation 2012/13 the results of the ESF project in the field of geodesy and cyrtografy.
Creating a relationship to the environment, POV and PPO close to nature and friendly, familiar with G Kníničky measurements at the dam on the river Svratka.
Expansion of Program 5 (Processing POV and continuity of specialization Gak.
Knowledge
The output is knowledge about problems at water management and water structures. During the seminars the water management terminology and the most important will be practiced.
Innovation 2012/13 the results of the ESF project in the field of geodesy and cyrtografy.
Creating a relationship to the environment, POV and PPO close to nature and friendly, familiar with G Kníničky measurements at the dam on the river Svratka.
Innovation 2012/13 the results of the ESF project in the field of geodesy and cyrtografy.
Creating a relationship to the environment, POV and PPO close to nature and friendly, familiar with G Kníničky measurements at the dam on the river Svratka.
Syllabus
1. Introduction to water management.
2. Water circulation in nature, surface and subsurface runoff, basics of hydrology.
3. Hydrostatics.
4. Hydrodynamics, basic principles, terminology.
5. Open channel hydraulics, river engineering.
6. Flow in pipe network, water treatment, water supply.
7. Sewerage, flow in sewers, waste water treatment.
8. Groundwater hydraulics, drainage pit and pump design.
9. Weirs and overflows.
10. Dam engineering.
11. Hydroelectric engineering. POV et ENVIMENT.
12. Land reclamation.
13. Excursions (geodetic measurements and the VD Kníničky TBD)and other related events beyond term.
2. Water circulation in nature, surface and subsurface runoff, basics of hydrology.
3. Hydrostatics.
4. Hydrodynamics, basic principles, terminology.
5. Open channel hydraulics, river engineering.
6. Flow in pipe network, water treatment, water supply.
7. Sewerage, flow in sewers, waste water treatment.
8. Groundwater hydraulics, drainage pit and pump design.
9. Weirs and overflows.
10. Dam engineering.
11. Hydroelectric engineering. POV et ENVIMENT.
12. Land reclamation.
13. Excursions (geodetic measurements and the VD Kníničky TBD)and other related events beyond term.
Prerequisites
Mathematics, Physics.
Basic knowledge, including statistics. Basic knowledge including laws, fluid flow, fluid.
Basic knowledge, including statistics. Basic knowledge including laws, fluid flow, fluid.
Language of instruction
Czech
Credits
4 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. Introduction to water management.
2. Water circulation in nature, surface and subsurface runoff, basics of hydrology.
3. Hydrostatics.
4. Hydrodynamics, basic principles, terminology.
5. Open channel hydraulics, river engineering.
6. Flow in pipe network, water treatment, water supply.
7. Sewerage, flow in sewers, waste water treatment.
8. Groundwater hydraulics, drainage pit and pump design.
9. Weirs and overflows.
10. Dam engineering.
11. Hydroelectric engineering. POV et ENVIMENT.
12. Land reclamation.
13. Excursions (geodetic measurements and the VD Kníničky TBD)and other related events beyond term.
Exercise
13 weeks, 1 hours/week, compulsory
Syllabus
1.–2. Training of health and safety and fire protection. The grouping (up to 5 students). Program 1 – content (rainfall intensity, N-m-a-year day flow).
3.–4. Program 2 – content (design trough).
5.–6. Program 3 – content (culverts, bridges).
7. Inspection and consultation to programs 1 to 3.
8.–9. Program 4 – content (PPO construction and drainage water pump design).
10.–11. Program 5 – content (the plan of the building, including the incorporation of the work schedule and geodesy et CN).
12. Inspection and consultation to programs 1-5, submission, review, credits.
13. Excursions (dam and power plant Kníničky - geodetic measurements and TBD). Credit.