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Nanochemistry:

- Functionalization of nanotubes
- Organiic synthesis
- Polyelectrolytes
- TEM imaging

Environmental chemistry:

- Analysis of pollutants
- Purification methods
- Soil and water samples

 

Research Areas

- Toxicology
- Energy Sciences
- Pollution dynamics
- Water pollution circulation
- Life cycle of pollutants
- Heavy Metals
- Molecular interactions
- Environmental remediation
- Waste management
- Exotic Materials

 

 

Fjordforsk A.S. Midtun, 6894 Vangsnes, Norway.
Org.nr: 911659654 | www.fjordforsk.no

Development of new models for shipping and naval industry for the prediction of rogue waves

 

Project partner:

 

Dept. of Mathematics "Giuseppe Peano" , University of Torino, Via Carlo Alberto 10, 10123 Tornio, Italy. Contact: Prof. Anna Fino.

 

Project duration: 2016 -

 

Project description:

Rogue waves represent one of the least studied phenomena in the naval and marine transport sector, and denotes the occurrence of 3-storey building sized waves during strong low-pressure systems in oceanic environments. Rogue waves were documented for the first time in 1995 on the Draupner rig in the North sea, where an unexpected 27 meter high wave was read by the laser-detector on the rig-base. In times of climate change and strong weather storms at oil-installation environments, it is critical to predict the occurrence of rogue waves, particularly in relation with safety off-shore. Rogue waves are also an interesting phenomena at the mathematical level, as they include central parts from quantum mechanics (wave packets). This project aims to deliver a mathematical model to predict rogue waves for the maritime and off-shore sectors as well as the insurance sector and is developed through the use of supercomputers and advanced mathematical software.

 

Project leader: Manzetti S.

Project participants: Manzetti S., Fino A.

 

Keywords: Wave, mechanics, mathematical, modeliing, software, rogue, wave, ocean, dynamics.

 

Figure 1. The model of a rogue wave, based on periodic non-linear harmonic functions developed by Fourier transform at Fjordforsk Labs.

 

Figure 2. Overlap between the rogue wave model developed by Fourier transform and the New Years wave recorded at the Draupner oil rig in 1994, reaching 26 meters in waveheight.

 

 


Publications:

Manzetti S. (2017). Solving Partial Differential Equations with Python - Tentative application to Rogue Waves. Tutorial presentation. Fjordforsk AS - Educational materials. Download here.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

News

 

10 Apr.: New study on semiconducting nanomaterials for spintronics and nanoelectronics published. Read more

27 Okt.: Review on biochemical effects from exhaust emissions published in Pathophysiology. Read more

8th Sept.: New study on the binding of pollutants to human proteins published at the American Chemical Society. Read more

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