The lecture notes will be published step by step during the semester.
Due to the internal rules of BTU Cottbus-Senftenberg, all lecture notes are password protected from ouside BTU intranet.
Login and password will be annouced in the lectures.
Module 3.1 - Module 3.2/3 - Module 3.4 - Module 3.X - Module 3.Y
| Module | Course | Lecturer | Date | Title |
|---|---|---|---|---|
| 3.1 | hydrodynamic numerical modelling | Molkenthin | 17 Oct 18 Oct 17 Oct 18 Oct 07 Nov 14 Nov 14 Nov 12 Dec 17 Jan 23 Jan |
River Rhine case study: Assignment Description River Modelling Introduction Data Pre-Analysis Model Setup: Steady Simulation Model Setup: Unsteady Simulation Model Calibration and Validation Model Application 2D River Modelling Result Post-Processing |
| | Jan Jan |
Telemac2D: Introduction Exercise 1 Tutorial 1 Exercise 2 Tutorial 2a Tutorial 2b Friction 4 Morphodynamic 4 River_Rhine_Tutorial - Installation - Data Introduction - Tutorial - riverOutline.i2s - discharge.liq riverFlume.zip - selectedBuildings.zip | ||
| Molkenthin | Oct/Nov |
Environmental Agency, UK: 2D Desktop Packages 2009 2D Model Benchmarking 2010 2D Model Benchmarking 2013 | ||
| students | Feb | Papers: | ||
| groundwater modelling | Molkenthin | Numerical Modelling: Groundwater 1D Theory Groundwater 1D FDM Exercise Groundwater 1D FDM Solution Groundwater 2D Theory | ||
| Hinz Nixdorf | Nov/Dec Oct-Feb | see Moodle course Groundwater Modelling https://www.b-tu.de/elearning/btu/enrol/index.php?id=12311 | ||
| 3.2 | catchment modelling | |
Lecture 1 SWAT - Video Lecture 2 SWAT - Video Assignment Installation Example Dataset Assignment_Data_WhiteOakBayou Dataset | |
| river morphodynamics | Nones | 01/03 Nov |
1_1_River_System.pdf 1_2_SedimentaryPatterns.pdf 1_3_Longitudinal_Profile.pdf 2_1_Sediment_Transport.pdf 2_2_Bedload.pdf 2_3_Suspended_Load.pdf 3_1_River_Engineering.pdf 3_2_River_Restoration.pdf | |
| 3.4 | hydroinformatics system design and development Web-based hydroinformatics systems | Molkenthin | 18 Oct | Groundwater 1D FDM steady Example 1. DHTML: Simple Web Solution DHTML FDM1DGroundwater.html FDM1DScript.js FDM1DFormat.css 2. R Solution derived from DHTML FDM1DSystem.R FDM1DEquationSystem.R 3. Python Solution derived from R FDM1DSystem.py FDM1DEquationSystem.py |
| Molkenthin | Nov Nov | Groundwater 2D FDM SoftwareSystem: 2D FDM steady system derived from 1D FDM sytem 1. Python Solution FDM2DSystem.py FDM2DLinearEquationSystem.py FDM2DApplication.py 2. R Solution FDM2DSystem.R FDM2DLinearEquationSystem.R FDM2DApplication.R 2D FDM steady and unstedy system derived from 1D FDM sytem 3. DHTML: Simple Web Solution DHTML FDM2DGroundwater.html FDM2DScript.js FDM2DSteady.js FDM2DUnsteady.js FDM2DFormat.css Model Analysis and Design System Test | ||
| data modelling and analysis | Venables, Smith & co | R-Intro.pdf | ||
| Molkenthin | Oct Nov Nov | Time Series - Presentation Part 1 - PDF Example file access R scripts (zipped) Assignment 1 DWD-Example R scripts (zipped) Part 2 - PDF Assignment 2 Water Quality Data R scripts and data (zipped) New Data: 2020-2020 (zipped: data and R Script) | ||
| Kawka | Time Series - Flood Frequency Analysis Slides Statistical Hydrology Tutorial HEC-SSP Example Dataset HEC-SSP Homepage | |||
| students | Jan/Feb | Posters: | ||
| 3.X | HydroEurope | Molkenthin Gironella Shlewet | Dec-Feb | Lessons/Exercises |
| 3.Y | Introduction to research | Reichert Bloeschl Klug SimHydro 2019 DHI | What is a good Poster?
How to write a Paper? How to read a Research Paper Paper Template Vidå Project: Engineering Report Book Article DHI Case Story Guidelines - Case Study | |
| Molkenthin |
IAHR Young Professional Congress 2020 Posters -
Abstracts IAHR Hydroinformatics Conf. 2018 Table of Content (paper available, contact Frank) River Flow 2018 Proceedings IAHR Europe Conf. 2018 see Technical Programme IAHR Hydroinformatics Conf. 2014 Proceedings IAHR Europe Conf. 2014 Proceedings ICHE Conf. 2014 Proceedings IAHR Europe Conf. 2012 Proceedings IAHR Hydroinformatics Conf. 2012 Proceedings |