ICAPP 2016 STUDENT PROGRAM
The purpose of the Student Program is to encourage the active participation of students in ICAPP 2016 by submitting high quality technical papers on the various aspects of the advances in nuclear power plants.
Students participating in this program will be expected to make a presentation during a technical session, as well as to design a poster summarizing their work to be exhibited and discussed during a poster session. To qualify for the program, the student must be the first author of a paper, which has been accepted to one of the technical tracks.
This program seeks to promote the interaction of students with experienced nuclear professionals and to help them establish mentoring and networking links in their area of interest.
Student Program Award Winners
|Stylianos Chatzidakis (BEST POSTER AWARD)||Purdue University||16356||Theoretical Investigation of Spent Nuclear Fuel Monitoring using Cosmic Ray Muons|
|Askin Guler||The Ohio State University||15979||Loss of Coolant Accident Analysis with Consideration of Aging Effects|
|Chongchong Tang||Karlsruhe Institute of Technology, Institute for Applied Materials||16279||High-Temperature Oxidation Behavior of Kanthal AMP and D Alloys in Steam|
|Jin Ho Park||POSTECH||16308||Particle Morphology Effect on Frictional Pressure Drops of Single-Phase Water/Air in the Single-Size Particle Beds for Ex-Vessel Coolability|
|Syed Bahauddin Alam||University of Cambridge||16358||PWR Civil Marine Propulsion Core using Thorium-Based Checkerboard Micro-heterogeneous Fuel|
|Alice Somaini||IPN Orsay; CNRS/IN2P3–Université Paris-Sud||16397||The Impact of Reactor Model Simplification for Fuel Evolution: A Bias Quantification for Fuel Cycle Dynamic Simulations|
|Askin Guler||The Ohio State University||16496||A Dynamic Treatment of Common Cause Failure in Seismic Events|
|Xin Wang||University of California Berkeley||16555||A sensitivity study of a coupled kinetics and thermal-hydraulics model for Fluoride-salt-cooled, High-temperature Reactor (FHR) transient analysis|
|Gabriel Meric de Bellefon||UW Madison||16663||Composition Dependence of Stacking Fault Energy in Austenitic Stainless Steels Through Regression Analysis|
|Joel Hughes||University of New Mexico||16809||On the Question of Decay Heat Removal System Redundancy for Fluoride Salt-cooled High-temperature Reactors (FHR)|