Process Analyses of ITER Toroidal Field Structure Cooling Scheme30m
Speaker:
Maekawa
Slides
09:30
→
10:00
Cross comparison of thermo-hydraulic analysis of the ITER magnets using two code systems30m
Speaker:
Gauthier
10:00
→
10:30
โTransverse heat transfer coefficient in the dual channel ITER TF CICCs. Part II. Analysis of transient temperature responses observed during heat slug propagation tests30m
Speaker:
Lewandowska
Slides
10:30
→
11:00
Artificial Neural Network (ANN) Modeling of the Pulsed Heat Load during ITER CS Magnet Operation30m
Speaker:
Savoldi - Richard
Slides
11:00
→
11:30
Simplified dynamic model of the heat loads on the ITER magnet system30m
Speaker:
Luongo
Slides
11:30
→
12:00
Application of the 4C code to the thermal-hydraulic analysis of the CS superconducting magnets in EAST30m
Speaker:
Zanino
Slides
12:00
→
12:30
Investigations about Helium Mass Expulsion and Heat Exchange Coefficients in CICCS: Predictive Analysis on Possible Experiments in HELIOS30m
Speaker:
Nicollet
Slides
14:00
→
14:30
Zero Dimensional Approach to Investigate the Thermal Stability of Superconducting Cables30m
Speaker:
Granieri
Slides
14:30
→
15:00
Experiment Proposal to Quantify the Thermal Response of Superconducting Cable Stacks to Pulse Heat Loads30m
Speaker:
Winkler
Slides
15:00
→
15:30
Analysis of stability margins of four ITER Central Solenoid conductor designs during a 15 MA plasma scenario with JackPot-ACDC30m
Speaker:
Nijhuis
Slides
15:30
→
16:00
Advances in Numerical Coding of Two Fluid HeII Model30m
Modeling of radio frequency heating and current drive in tokamaks in the ion cyclotron and lower hybrid frequency ranges. Massively parallel programming, integrated multiscale, multiphysics modelling1h
Speaker:
Wright
Slides
10:00
→
10:30
Quench modeling in accelerator magnets using a general-purpose code system30m
Speaker:
Bottura
Slides
10:30
→
11:00
A computer code for comprehensive analysis of quench in pool-cooled and adiabatic superconducting multi-coil magnets30m
Speaker:
Gravilin
Slides
11:00
→
11:30
Thermal and flow processes in cryogenic systems following failure modes combined with superconducting magnets resistive transitions30m
Speaker:
Chorowski
Slides
11:30
→
12:00
Influence of HTS Wire and Coil Configuration on Quench Propagation30m
Speaker:
Masson
Slides
12:00
→
12:30
First Experience with the New Coupling Loss Induced Quench System30m
Speaker:
Ravaioli
Slides
12:30
→
13:00
Hot spot temperature experiment for a cable-in-conduit conductor with thick conduit30m
Speaker:
Sedlak
Slides
14:30
→
15:00
QXF protection challenges, current analysis and key parameters/assumptions being used30m
15:00
→
15:30
New approaches to heater design, comparison with existing ones, and plans for validation in model magnets30m
15:30
→
16:00
An approximate electromagnetic model for superconducting helically wound cables and cable-in-conduit conductors30m
Speaker:
Rodriguez-Zermeno
Slides
16:00
→
16:30
Effect of combination of twist pitches on distribution of strands appearing on cable surface in CICC30m
Speaker:
Miyagi
Slides
16:30
→
17:00
A novel modeling of the critical current degradation of Nb3Sn PIT strand under transverse load based on Finite Element Analysis and strain scaling laws30m
Numerical models of HTS for AC loss computation: how far do we need to go?30m
Speaker:
Grilli
Slides
10:00
→
10:30
Magnetization losses due to any combination of rotating and alternating fields in superconducting filaments driven by a power-law voltage-current behavior30m
Speaker:
Masson
Slides
10:30
→
11:00
Multi-pole components of magnetic field in small dipole magnets wound with coated conductors30m
Speaker:
N. Amemiya
Slides
11:00
→
11:30
Finite Element Investigation of HTS Tapes for Twisted Stacked-Tape Cabling Methods30m
Speaker:
N. Allen
Slides
11:30
→
12:00
Quench Protection for High Temperature Superconducting Magnets based on Fiber Optic Distributed Temperature Sensing30m