Calculations & Software development
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Aergon carries out computer calculations applied to facility and equipment safety, environmental impacts and safety in the transport of radioactive material. Aergon also develops and maintains calculation codes, nuclear physics software and web apps. |
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Download "Calculations & Software developments" brochure"
Our Skills
- Calculations:
- Radiation Protection:
- Radiological zone analysis
- Predictive dose calculations
- Environmental impact calculations
- Criticality
- Specification, follow-up, interpretation (calculations by our subcontractors)
- Thermal
- Mechanics (solid and fluid)
- Radiation Protection:
- Software & Calculation codes development:
- Development of calculation codes dedicated to nuclear industries
- Modification of existing software and codes
- Development of software for repetitive tasks automatization
Aergon occasionally subcontracts some calculations. In this case, projects are completely specified, followed and approved by Aergon.
Our tools
Regarding its calculations resources, Aergon manages a team of experienced engineers skilled in the use of the following codes :
- Radiation protection : MERCURAD, TRIPOLI 4, MCNP 5, MCNP 6.1...
- Environment : C3X, ERICA...
- Fire : FDS, CFAST...
Aergon's programming languages are the following:
- Python, Java, C++, C, VBA...
- PHP
- SQL, HDF5, NOSQL (JSON)...
The tools frequently used by our subcontractors are :
- ANSYS
- ANSYS LS-DINA
- CFX
- ANSA
Our references
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Field |
Dates |
Client |
Topic |
Illustration |
Tools |
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Safety in the transport of radioactive material |
2014 |
AREVA La Hague |
Heat calculations of radioactive waste packages exposed to the heat generated by their burning means of transport |
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ANSYS |
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Safety of nuclear facilities & Environmental impacts |
2014 |
IRSN |
Development of evaluation calculation code of post-accident consequences and GIS exploitation |
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Python QGis |
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Safety in the transport of radioactive material |
2014 |
AREVA La Hague |
Control calculations of the preservation of dynamic containment within a package exposed to strong wind |
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CFX ANSYS |
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Safety in the transport of radioactive material |
2014 |
AREVA La Hague |
Calculations of the roll-over of a radioactive waste package and its means of transport exposed to strong winds |
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Safety in the transport of radioactive material |
2013 – 2014 |
AREVA La Hague |
Calculations of dose rates generated by the radioactive waste contained in a burning transport package |
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MERCURAD |
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Safety in the transport of radioactive material |
2013 |
AREVA La Hague |
Drop calculations on an on-site radioactive waste package |
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ANSA LS-DYNA |
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Safety of nuclear facilities & Environmental impacts |
2010 / 2013 |
CEA |
Dose rate calculations in and around a Basic Nuclear Facility (INB) |
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MERCURAD |
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Safety of nuclear facilities & Environmental impacts |
2010 / 2013 |
IRSN |
Adjustment and development of a calculation code of radioactive release consequences |
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CONDOR3.0 |
Our clients
