Deterministic Hydrologic Models [grd1dh]

Programme
Civil Engineering
Study type
Doctoral Studies
Course status
optional
ECTS
8.5
Required courses
# active classes - per week
Lectures
Exercises
Other
Personal research activity
4
2
0
0
Teaching methods

Auditory lectures with presentation technology. Numerical examples and individual problem solving.

Grading scheme - max. 100 points
Colocviums
Semestral work
Oral exam
Written exam
Other
0
50
0
30
20
Aim

Introducing students to the concepts of hydrologic modelling and application of the selected models. 

Outcome

The students are capable of critical perception of the existing hydrologic models and the assumptions about the physical processes involved in the models, and are capable of choosing an adequate model structure for different purposes. The students are capable of development and independent application of hydrologic models in the research and practice.

Contents

Basic principles of the rainfall-runoff process and its modelling. History of hydrologic models.  Input data. Conceptual models. Physically based models. Distributed models. Model calibration and optimization of parameters. Uncertainty analysis. Applications. 

Literature

1. Jovanovic, S. (1990) Parametarska hidrologija (Parametric hydrology), lecture notes for postgraduate studies, Faculty of Civil Engineering, University of Belgrade (in Serbian).

2. Beven, K. (2001) Rainfall-runoff modelling – The Primer, Wiley.

3 Chow, V.T, Maidment, D.R. and Mays, L.W. (1988) Applied Hydrology, McGraw Hill.

 

4. Lynsley, R.K., Kohler, M.A. and Paulhus, J.H.L. (1982) Hydrology for Engineers, McGraw Hill.

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