Where
Modern Earth Science and Technology Meets

Mr. Antun Janekovic - director, Mr. Juraj Janekovic, and Dr.sc. Ivica Janekovic

Geophysical Fluid Dynamics Ltd.

To better understand the key driving processes, their interactions, and final effects on our environment.

+61 401 656 490 GFD.Australia@gmail.com

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About us

Within our team are Mr. Juraj Janekovic, Graduated @UWA | Honours Degree - BACS (Artificial Intelligence & Data Science) working as a computer/data analysis specialist, Mr. Antun Janekovic, Engineering and Commerce student @UWA working on aspects of engineering and economy, Assoc. Prof. Dr. Ivica Janekovic, well known expert in the Ocean Modelling community, globaly and within Australia. Our focus and expertise is on:

Independent project evaluation/review
Real-time operational ocean-wave-atmosphere systems
Fine spatial (~10m) & temporal (~1s) resolution ocean modelling
2-way fully coupled ocean/wave/atmosphere simulations
WRF-ARW atmosphere 2-way nested modelling
Advanced ROMS 4D-Var Data Assimilation at supercomputer env
Complex, large data & model intensive analysis in parallel envirnoment
Remote Sensing using the latest satellite data
Design/setup/analysis of various ocean observing instruments (ADCP, CTD)
Ecological / Sediment / Oil-Spill / Drifter modelling
Web development/GIS/Cloud technologies

We specialize on a wide range of Sceintific, Engineering, Computer Science, and Industry related problems

Expertises

Two-way coupled FEM modelling

Unstructured 3D Ocean & Wave nested & interconnected systems with up to 10m resolution.

HPC Regional Systems

Regional scale Ocean and Atmosphere models in real-time using High Performance Supercomputers.

Developing specific models

We are developing nested, high resolution models for any location using a combination of finite difference / finite element techniques.

Past Work

Tropical Cyclone Modelling

Realistic TC modelling and their effects on the ocean dynamics -- Oil & Gas industry project.

TC Humidity

Realistic TC modelling using nested WRF high resolution model.

TC Winds

Using Atmosphere -- WRF 5km 2-way coupled with ocean & wave (2km) models to simulate correct surface wind drag (and as a consequence Winds).

TC Radar Reflectivity

Using WRF model we can even simulate radar reflectivity -- equivalent to BOM radar images.

TC Ocean Temperature

Using ocean (ROMS) 2-way coupled with atmosphere (WRF) & wave (WW3) models to simulate 3D ocean temperature

TC Sig Wave Height

Using WW3 2-way coupled wave model with atmosphere (WRF) & ocean (ROMS) using correct atmo-ocean boundary layer

2-Way ROMS Nesting

Dynamically 2-way nested 250m ROMS model for Western Australia.

4D-Var Data Assimilation

4D-Var data assimilation using 2km ROMS model for North Shelf of Western Australia.

Data/Model Analysis

Advanced analysis of observations, large model data outputs using parallel - Dask Python env.

Sydney Hobart Wind (AUS)

GFS wind prediction for Sydney - Hobart 2023 Wide area map (AUS)

Sydney Hobart Wind (LEG1)

GFS wind prediction for Sydney - Hobart 2023 LEG1 area map (Sydney - Eden)

Sydney Hobart Wind (LEG2)

GFS wind prediction for Sydney - Hobart 2023 LEG2 area map (Eden - Hobart)

Contact

Email: GFD.Australia@gmail.com

Phone: +61 401 656 490