Groundwater Hydraulics and Modelling

Code:	143GWHM
Year:	1
Obligation:	Optional
Credits:	6
Assessment:	Credit
Semester:	Summer
Responsible lecturer:	doc. Ing. Martin Šanda, Ph.D.
Description:	Groundwater Hydraulics and Modelling

Lecturers:

• Ing. Martina Sobotková, Ph.D.
• doc. Ing. Martin Šanda, Ph.D.

Lectures

1 - Introduction, global situation with groundwater

2 - Macroscopic approach, basic terms in groundwater

3 - Darcy´s law, homogenity, isotropy, transmissivity

4 - Storativity, intergranular tension, equation of continuity, initial and boundary conditions

5 - Dupuit assumption, flow in the soil block/dam

6 - Radial flow - Well

7 - System of wells

8 - Numerical modelling

9 - Groundwater flow modelling with isotopic information

 

Exercises

 

1 - Darcy's law

2 - Flow in confined aquifer

3 - Flow in unconfined aquifer

4 - Introduction to  Modflow / Groundwater Vistas 6 

5 - Wells

Computer lab - Groundwater Vistas 7 - videoguide

 

1 - flow in aquifer with constant head boundary conditions

part I ,  part II

2 - infiltration into the block with a central insulation

3 - infiltration into the block with a non uniform recharge (infiltration)

4 - infiltration into the block with flow barriers

5 - natural catchment with a river

6 - aquifer with one extraction well

7 - aquifer with one extraction and one infiltration well

8 - aquifer with 10 infiltration wells in a line

Project and related information

 

9 - model calibration, part 1,       part 2

10 - project general information, baseflow determination

11 - project assignment - part 1   part2-model calibration

12 - project report template

13 - groundwater vistas file for start with the project

 

Book

Freeze, R.A. and Cherry R.A.: Groundwater, Prentice-Hall, 1979