Groundwater modelling in Python скачать в хорошем качестве

Groundwater modelling in Python

Groundwater modelling in Python course - https://awschool.com.au/training/grou... Python essentials for water course - https://awschool.com.au/training/pyth... Links to related webinars:    • PYTHON   Analytical Groundwater Modeling: Theory and Applications using Python - Mark Bakker & Vincent Post, available for purchase here: https://www.routledge.com/Analytical-... Repository of all the Python code found in the text book: https://github.com/pythongroundwaterb... **Chapters** 00:00 - Presenter Introductions & Polls 06:56 - Eg 1. Recharge between two rivers 19:18 - Eg 2. Riverbank storage 33:04 - Eg 3. Well near river in uniform background flow 44:27 - Eg 4. Aquifer test analysis 54:14 - Recommended past webinars 56:28 - Q&A, additional resources & further training **Additional Key Webinars** Introduction to Python scripting for water modellers    • Introduction to Python scripting for ...   Python applications for Hydrology and Hydrogeology    • Python applications for Hydrology and...   ***Description*** Webinar number 139 How the Python language can be used to gain additional insights from existing groundwater hydrograph datasets This webinar is the introduction for the AWS Course: Groundwater modelling in Python. Register here: https://awschool.com.au/training/grou... Mathematical models are an essential part of a hydrologist’s daily life. This webinar shows how you can use the immensely popular and powerful programming language Python to develop powerful analytical models. The first demonstration example is an analytical model of the flow between two rivers driven by groundwater recharge and changes in head. Using Python scripts the head, flow, water divide and transit time are calculated. It also shows how a flow net can be constructed. The second example investigates how a change in river water level propagates into an aquifer (river bank storage) as a function of distance and time. The third topic is a well pumping near a river. We show that when the discharge of the well is increased, the well eventually captures water from the river. And finally, we briefly show how analytical solutions in Python can be used to interpret aquifer tests. #python #onlinetraining #groundwater