Posts
Minor LTS server release July 2nd 2021
On Friday July 2nd 2021, some additional functionalities will…
Quick Flood Risk Assessment
Last month I discussed how the Tygron GPU Supercomputer can be…
Hyper-resolution Flooding of the Bommelerwaard
Last year Tygron breached the 1 billion grid cells threshold.…
Student Use Case: Water on the wrong side of the levee
Student Harro Jongen from Wageningen University has used the…
Water Quality
Modelleer de stroom van stoffen door uw watersysteem. In deze…
The collapse of the Noordersluis water lock for learning and entertainment
Besides all the serious work that is done with the Tygron Platform,…
Vechtstromen water board carries out stress tests
The Delta Programme states that municipalities must carry…
Simulate flooding using big data and smart algorithms
An example of Water Board Vechtstromen
Suppose a levee threatens…
Hollands Midden Safety Region: Insight into flood scenarios and action perspectives based on big data and smart algorithms
How do we get a grip on the consequences of flood scenarios,…
Beyond a billion grid cells
This is the first Tygron R&D blog entry. With this new…
Surface Drought
Gain insight in the drought situation.
Documentation:…
Breach growth
Simulate flooding scenario's, incorporating the breach growth…
River flood simulation
Simulate a river flooding scenario. Analyse flow velocity…
Dam Break
A dam break study on 1x1 meter grid cel resolution. Flood…
Water Features compilation
A compilation of different aspects and applications of the…
Benchmarks
The Tygron Water Module is benchmarked using multiple test…
Groundwater overlay
The Groundwater overlay in the Tygron Water Module performs…
Tygron Platform Water Module performs well in UKEA Benchmark – Test 2
The Tygron Platform’s Water Module performs well against other popular packages in a series of widely acknowledged UKEA benchmark tests.
Student use case: Water management in peatland areas
Four students did research into the issues around water management in peatland areas.
Tygron Platform calculates with remarkable speed large areas in hyper resolution
Tygron recently conducted a simulation of a water model on 1 billion computing cells.
