This course is an introduction into the theory and applications of FRED v7. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge and explosion scenarios in congested and/or confined areas.
The new release of Shell FRED 2020 offers a completely new way of working with Shell FRED. To support existing users with the transition, we are offering a half-day introductory course for the new Shell FRED interface. This will cover the key improvements to the older interface, which has been in use for many years.
This course is an introduction to the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas.
The new release of Shell FRED 2020 offers a completely new way of working with Shell FRED. To support existing users with the transition, we are offering a half-day introductory course for the new Shell FRED interface. This will cover the key improvements to the older interface, which has been in use for many years.
This course is an introduction into the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge and explosion scenarios in congested and/or confined areas.
This course is an introduction to the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas. Upon completion of this course, participants will
This course is an introduction to the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas. Upon completion of this course,
This course is an introduction to the theory and applications of Shell FRED 2022. It will cover all the existing consequence modelling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas.
This course is an introduction to the theory and applications of Shell FRED 2022. It will cover all the existing consequence modelling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas.
This course is an introduction to the theory and applications of the risk management software Shell Shepherd v3.
This course is an introduction to the theory and applications of Shell FRED 2022. It will cover all the existing consequence modelling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas.
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