• Skip navigation
  • Skip to navigation
  • Skip to the bottom
Simulate organization breadcrumb open Simulate organization breadcrumb close
  • FAUTo the central FAU website
  • RRZE
  • NHR-Verein e.V.
  • Gauß-Allianz

Navigation Navigation close
  • News
  • About us
    • People
    • Funding
    • NHR Compute Time Projects
    • Tier3 User Project Reports
    • Success Stories from the Support
    • Annual Report
    • Jobs
    Portal About us
  • Research
    • Research Focus
    • Publications, Posters and Talks
    • Software & Tools
    • HPC Performance Lab
    • Atomic Structure Simulation Lab
    • NHR PerfLab Seminar
    • Projects
    • Awards
    Portal Research
  • Teaching & Training
    • Lectures and Seminars
    • Tutorials & Courses
    • Theses
    • HPC Café
    • Student Cluster Competition
    Portal Teaching & Training
  • Systems & Services
    • Systems, Documentation & Instructions
    • Support & Contact
    • Training Resources
    • Summary of System Utilization
    Portal Systems & Services
  • FAQ

  1. Home
  2. Systems & Services
  3. Systems, Documentation & Instructions
  4. Special applications, and tips & tricks
  5. WRF

WRF

In page navigation: Systems & Services
  • Systems, Documentation & Instructions
    • Getting started with HPC
      • NHR@FAU HPC-Portal Usage
    • Job monitoring with ClusterCockpit
    • NHR application rules – NHR@FAU
    • HPC clusters & systems
      • Dialog server
      • Alex GPGPU cluster (NHR+Tier3)
      • Fritz parallel cluster (NHR+Tier3)
      • Meggie parallel cluster (Tier3)
      • Emmy parallel cluster (Tier3)
      • Woody(-old) throughput cluster (Tier3)
      • Woody throughput cluster (Tier3)
      • TinyFat cluster (Tier3)
      • TinyGPU cluster (Tier3)
      • Test cluster
      • Jupyterhub
    • SSH – Secure Shell access to HPC systems
    • File systems
    • Batch Processing
      • Job script examples – Slurm
      • Advanced topics Slurm
    • Software environment
    • Special applications, and tips & tricks
      • Amber/AmberTools
      • ANSYS CFX
      • ANSYS Fluent
      • ANSYS Mechanical
      • Continuous Integration / Gitlab Cx
        • Continuous Integration / One-way syncing of GitHub to Gitlab repositories
      • CP2K
      • CPMD
      • GROMACS
      • IMD
      • Intel MKL
      • LAMMPS
      • Matlab
      • NAMD
      • OpenFOAM
      • ORCA
      • Python and Jupyter
      • Quantum Espresso
      • R and R Studio
      • Spack package manager
      • STAR-CCM+
      • Tensorflow and PyTorch
      • TURBOMOLE
      • VASP
        • Request access to central VASP installation
      • Working with NVIDIA GPUs
      • WRF
  • Support & Contact
    • HPC Performance Lab
    • Atomic Structure Simulation Lab
  • HPC User Training
  • HPC System Utilization

WRF

WRF – Weather Research and Forecasting (WRF) is a next-generation mesoscale numerical weather prediction system designed for both atmospheric research and operational forecasting applications.

Availability / Target HPC systems

  • Meggie: wrf, ncl, nco, and ncview are available as modules.
    Compilation of the packages and all their dependencies has been done in an automatized fashion using the SPACK framework, Intel compilers and Intel MPI.

Notes

  • WRF has been compiled in the MPI-only version (“dmpar”) using Intel MPI.

Sample job scripts

TBD

Further information

TBD

Mentors

  • AG Mölg (Professorship of Climatology, Dept. Geography, NatFak)
Erlangen National High Performance Computing Center (NHR@FAU)
Martensstraße 1
91058 Erlangen
Germany
  • Imprint
  • Privacy
  • Accessibility
  • How to find us
Up