General Information

Programme & Scientific Committee

Horst-Michael

PRASSER

Professor /
Swiss Federal Institute of Technology Zurich (ETH);
Paul Scherrer
Institute (PSI),
SWITZERLAND

Ivana

MILANOVIC

Professor /
Mechanical
Engineering,
University of Hartford,
Connecticut,
USA

Emilio

BAGLIETTO

Professor /
Massachusetts
Institute of
Technology (MIT),
Cambridge,
USA

Thomas

HOEHNE

Suna

KROEGER

Dr. /
Senior Scientist
and Topic Leader
at Helmholtz-Zentrum Dresden-Rossendorf
(HZDR), Dresden,,
GERMANY

Ass. Professor /
Eastern
Mediterranean University (EMU),
Gazi Magusa,
TURKEY

Gian Piero

CELATA

Professor /
ENEA;
SIET;
Università degli Studi Guglielmo Marconi,
Rome,
ITALY

RAN

Professor /
School of
Engineering,
University of Warwick, UK;
Chongqing University,
CHINA

Source: http://de.123rf.com; Copyright: Iakov Kalinin

Zoran V.

STOSIC

Chairman
Managing Director
RENECON
International,
Erlangen,
GERMANY

Milovan

PERIC

Professor /
University of
Duisburg-Essen;
General Manager CoMeT - Continuum Mechanic Technolog.
Erlangen, GERMANY

Uwe

STOLL

Scientific and
Technical Director
GRS,
Garching,
GERMANY

The 8^th International Energy Conference REMOO | 29-31 May 2018 | VENICE, ITALY

Emilio

BAGLIETTO

Professor /
Massachusetts
Institute of
Technology (MIT),
Cambridge,
USA

Thomas

HOEHNE

Dr. /
Senior Scientist
and Topic Leader
Helmholtz-Zentrum Dresden-
Rossendorf
(HZDR), Dresden,
GERMANY

Milovan

PERIC

Professor /
University of
Duisburg-Essen;
General Manager CoMeT - Continuum
Mechanic Technologies,
Erlangen,
GERMANY

Jelena

ANDRIC

Ass. Professor /
Chalmers University
of Technology,
Goeteborg,
SWEDEN

Horst-Michael

PRASSER

Professor /
Swiss Federal
Institute of
Technology Zurich
(ETH);
Paul Scherrer
Institute (PSI),
SWITZERLAND

Zoran V.

STOSIC

Managing Director
RENECON
International,
Erlangen,
GERMANY

Blind Test Workshop and Expert Committee

A blind test benchmark of transient 2-phase flow simulation codes was organized. The purpose was to give participants an opportunity to test their code capability to predict onset of dryout, post-dryout heat transfer phenomena as well as subsequent rewetting in a boiling water rod bundle geometry under realistic operational conditions.