maap Engineering Safety Articles

Jul 11

Passive Autocatalytic Recombiners for Flammable Gas Control

By: Paul McMinn, Sr. Mechanical Engineer, Fauske & Associates, LLC Introduction Recent events in.

Jun 19

Integrating MAAP With Other Software Using the MAAP API

By Nick Karancevic, Senior Nuclear Engineer, Fauske & Associates, LLC　 MAAP 5.0 is an Electric.

Mar 14

Crucial Insight to Fukushima Daiichi RCIC Provides Key BWR Operating Mode

Fukushima Daiichi Unit 2 (1F2) Passive Injection and Decay Power Removal Via Unpowered RCIC.

Feb 28

Modeling of Accident Tolerant Fuel for PWR and BWR Using MAAP5

By: Chan Y. Paik, Ph.D.,Vice President, Methods Development, Fauske & Associates, LLC 1..

Jan 31

Revisiting Chernobyl - 30 Years Later

By: AnnMarie Fauske, Customer Outreach & Digital Media Manager, Fauske & Associates, LLC.

Aug 23

Modular Accident Analysis Program (MAAP)5 Conversion Arguments

By: Robert Reeves, Director, MAAP Services, Fauske & Associates, LLC (FAI) Modular Accident.

Jun 08

Ex-Vessel Control Rod Drive (CRD) Housing Model in Modular Accident Analysis Program (MAAP)

By: Jaehyok Lim, Ph. D., Nuclear Engineer, Basar Ozar, Ph. D., Nuclear Engineer and Sung Jin Lee,.

Apr 22

Nuclear Safety and Chemical Process Safety - a 35 Year Perspective

In 1980, Hans K. Fauske, D.Sc., Robert E. Henry, Ph.D. and Michael Grolmes, Ph.D. left Argonne.

Nov 05

MARS – A Powerful Severe Accident Modeling Tool for 27 Years

By Nick Karancevic, Sr. Nuclear Engineer, Fauske & Associates, LLC When one hears reference to.

Producing Statistical Analysis Regarding Severe Accident Uncertainty at Nuclear Power Plants

Producing Statistical Analysis Regarding Severe Accident Uncertainty at Nuclear Power Plants

Happy National Engineers Week! FAI'S Kevin Ramsden Among the Best

Severe Accident Post Fukushima Engineering /MAAP5 Advanced Capabilities

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Recent Posts

maap Engineering Safety Articles

Passive Autocatalytic Recombiners for Flammable Gas Control

Integrating MAAP With Other Software Using the MAAP API

Crucial Insight to Fukushima Daiichi RCIC Provides Key BWR Operating Mode

Modeling of Accident Tolerant Fuel for PWR and BWR Using MAAP5

Revisiting Chernobyl - 30 Years Later

Modular Accident Analysis Program (MAAP)5 Conversion Arguments

Ex-Vessel Control Rod Drive (CRD) Housing Model in Modular Accident Analysis Program (MAAP)

Nuclear Safety and Chemical Process Safety - a 35 Year Perspective

MARS – A Powerful Severe Accident Modeling Tool for 27 Years

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