Academic staff:

- Davor Bojanić Ph.D., Assistant Professor - Head of Department
- Toni Kekez, Ph.D., Assistant Professor
- Tatjana Bojanić, Professional Associate
- Ivan Lovrinović, Ph.D., Senior Assistant

Study | Course | Semester | Hours | ECTS | |

Undergraduate University Study of Civil Engineering |
Hydromechanics | IV. | 45+45 | 7,0 | |

Graduate University Study of Civil Engineering |
Hydraulics | I. | 45+30 | 6,0 | |

Undergraduate Professional Study of Civil Engineering |
Basics of Water Engineering Tunnels and Underground Structures |
IV. VI. |
30+30 30+30 |
5,0 5,0 |

**Learning outcomes: **

**Undergraduate University Study of Civil Engineering**

**Hydromechanics** – a student will be able:

- to calculate stationary flow in the pipeline system under the pressure;

- to calculate hydrodynamic force on elbow or fork;

- to calculate the flow under the water-gate;

- to calculate the sharp-edge spillway;

- to calculate uniform and non-uniform flow in open channels with steep and slight slope;

- to define the flow regime in open channels;

- to calculate the piezometric levels of groundwater in aquifer under the pressure and in aquifer with free level surface, for stationary flow;

- to calculate the water in take in the gallery shape.

**Graduate University Study of Civil Engineering**

**Hydraulics** – a student will be able:

- to calculate submerged flow under the water-gate;

- to calculate submerged overflow over the sharp-edged spillway and broad-crested weir;

- to design spillway using WES standard and USBR methodology;

- to calculate cascades;

- to calculate and design deepen of stilling basin;

- to calculate stationary flow in water supplay system;

- to calculate non-stationary phenomena in the accumulation system, the supply tunnel and the water chamber;

- to calculate the water hammer in the pipeline with negligible friction, as well as in the friction pipeline,when the valve closes slowly or suddenly;

- to alculate non-stationary phenomena in an pressure system with vessel;

- to calculate seepage below the foundation of the object and to define the vertical forces to the base of the object;

- to analyse the non-stationary water pumping experiment from borehole under the presure.

**Undergraduate Professional Study of Civil Engineering**

**Basics of Water Engineering** - student will be able:

- to calculate stationary flow in system under the pressure with pipes in line;

- to calculate hydrodynamic force on elbow or fork;

- to calculate the flow under the water-gate;

- to calculate the sharp-edge spillway;

- to design spillway using WES standard methodology;

- to calculate uniform flow in open trapezoidal channels;

- to define the flow regime in open channels;

- to calculate the line pressure resistance curve and determine the working point of the pumping plant;

- to calculate the stilling basin;

**Tunnels and Underground Structures** - student will be able:

- to create rock mass classification: Geomechanical Classification and Classification by Q System;

- to calculate the resistances of the elements of the primary support system;

- to choose the appropriate primary and secondary support system;

- to calculate the total resistance of the selected primary support system;

- to calculate the characteristic curves of the rock mass and the primary support system;

- to calculate stresses in rock mass for elastoplastic rock mass model;

- to be able to lead construction works in the tunnel.