Christoph STIEPANI
著者に関連した記事は2件です。
更新情報
第11回
AREVA?fs Filtered Containment Venting System (FCVS) Basic Design, Performance and Verification Test of FCVS for BWRs
著者:
ノーベルト ロッシュ,Norbert LOSCH,セバスタイン ブールマン,Sebastian BUHLMANN ,クリスチャン ヒュッタラー,Christian HUTTERER,クリストフ スティパニー,Christoph STIEPANI, 戸塚 文夫,Fumio TOTSUKA,塚原 達也,Tatsuya TSUKAHARA,細見 健二,Kenji HOSOMI
発刊日:
公開日:
キーワードタグ:
ACE test Containment integrity FCVS Filtered Containment Venting JAVA test Qualification Severe Accident Management
ノーベルト ロッシュ,Norbert LOSCH,セバスタイン ブールマン,Sebastian BUHLMANN ,クリスチャン ヒュッタラー,Christian HUTTERER,クリストフ スティパニー,Christoph STIEPANI, 戸塚 文夫,Fumio TOTSUKA,塚原 達也,Tatsuya TSUKAHARA,細見 健二,Kenji HOSOMI
発刊日:
公開日:
キーワードタグ:
ACE test Containment integrity FCVS Filtered Containment Venting JAVA test Qualification Severe Accident Management
After the great earthquake and a tsunami as consequence March 11, 2011, a severe accident happened at nuclear power plant Fukushima Daiichi. The severe accident lead to core damage and containment failure and finally to large release of radioactive substances to the environment. As part of the severe accident management and to reinforce the mitigation concepts against a containment failure, the Filtered Containment Venting System (FCVS) will be introduced at Japanese nuclear power plants, to have a pos...
英字タイトル:
AREVA?fs Filtered Containment Venting System (FCVS) Basic Design, Performance and Verification Test of FCVS for BWRs
英字タイトル:
AREVA?fs Filtered Containment Venting System (FCVS) Basic Design, Performance and Verification Test of FCVS for BWRs
第12回
AREVA Computer Codes for Radiological Consequence Analysis
著者:
Silke Torchiani,Oliver Buss, Stephane Haussler, Oliver Ludwik, Axel Hoefer, Christoph Stiepani
発刊日:
公開日:
キーワードタグ:
Accident Management Activity release airborne release atmospheric dispersion COMPACT CRCS Dose Evaluation DOT emergency preparedness emergency response high dimensional DE solver high dimensional ODE solver ordinary differential equation solver radiation monitoring radiological calculation radiological data base safety assessment Source Term Evaluation
Silke Torchiani,Oliver Buss, Stephane Haussler, Oliver Ludwik, Axel Hoefer, Christoph Stiepani
発刊日:
公開日:
キーワードタグ:
Accident Management Activity release airborne release atmospheric dispersion COMPACT CRCS Dose Evaluation DOT emergency preparedness emergency response high dimensional DE solver high dimensional ODE solver ordinary differential equation solver radiation monitoring radiological calculation radiological data base safety assessment Source Term Evaluation
To assess radiological consequences, first an evaluation of the source term (i.e. activity release into the environment) has to be performed. This is followed by atmospheric dispersion calculations and dose assessment for the population. There are different purposes for a radiological consequence analysis, among which is the design and licensing of a nuclear installation as well as emergency preparedness and emergency response. For the different purposes, dedicated software tools are needed, which have...
英字タイトル:
AREVA Computer Codes for Radiological Consequence Analysis
英字タイトル:
AREVA Computer Codes for Radiological Consequence Analysis