Environmental Fluid Dynamics Group at Penn State

Environmental Fluid Dynamics Group at Penn State University. Computational Hydraulics, Ecohydraulics, and Sediment Transport.

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

Modified pyHMT2D such that some of the hard-to-install package dependencies are imported only when used, e.g. GDAL. If you don't use their functionalities, now you just don't worry about them.
https://t.co/NKM80wjcaS

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

New paper online in 𝘊𝘰𝘢𝘴𝘵𝘢𝘭 𝘌𝘯𝘨𝘪𝘯𝘦𝘦𝘳𝘪𝘯𝘨. Source code and cases: https://t.co/Df6H8k3Pq7

Demo on Youtube: https://t.co/7EDtwfaWpa;
https://t.co/qi3bpXATSD

Scour modeling based on immersed boundary method: A pathway to practic... https://t.co/3agZRGDDtv

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

A new paper: Flow Decomposition Method Based on Computational Fluid Dynamics for Rock Weir Head-Discharge Relationship | Journal of Irrigation and Drainage Engineering | Vol 147, No 8 https://t.co/B7SvAbW5Bn

Cases and python script: https://t.co/c9zZdtV1iv

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

Added “Command Line Interface (CLI)” for some functionality, e.g., RAS to SRH conversion, auto calibration, etc. Just type the command, no Python coding needed.

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

We want to share with you our Python Package 𝚙𝚢𝙷𝙼𝚃𝟸𝙳: P͟y͟thon H̲ydraulic M̲odeling T̲ools - 2D.

GitHub: https://t.co/GkdPhjaJDS

User Manual: https://t.co/tBEBFaYYVi

API Documentation: https://t.co/PcNaTPrbZ6

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

It started as a pet project, but evolved to a real deal. Currently it supports SRH-2D and HEC-RAS. More coming.

A manuscript has been submitted:
https://t.co/mz2RdRwz9B

[Environmental Fluid Dynamics Group at Penn State @efd_psu]

Launch of my research group’s little bird account to separate from my personal account.

Environmental Fluid Dynamics Group at Penn State.