Predicting Scrape-Off Layer profiles and filamentary transport for reactor relevant devices A statistical framework was developed to interpret and predict.

Slides:

Advertisements

Similar presentations

Progress with PWI activities at UKAEA Fusion GF Counsell, A Kirk, E Delchambre, S Lisgo, M Forrest, M Price, J Dowling, F Lott, B Dudson, A Foster,

Advertisements

Glenn Bateman Lehigh University Physics Department

UPE Drives theme Giovanni Lo Calzo Gaurang Vakil University of Nottingham PEMC Group WP2: Converter Topologies for High Speed Drives Drives Topologies.

INTERPRETATION, INTERPOLATION AND EXTRAPOLATION.

Underpinning Power Electronics Component Integration Theme WP 4: Design Tools and Modelling Dr Hua Lu Department of Mathematical Science University of.

H. Weisen 1 21st IAEA FEC, Chengdu 2006 Peaked Density Profiles in Low Collisionality H-modes in JET, ASDEX Upgrade and TCV H. Weisen, C. Angioni, M. Maslov,

An Overview of the Application of Neural Networks to the Monitoring of Civil Engineering Structures By Brian Walsh & Arturo González With thanks thanks.

A Computational Framework for Simulating Flow around Hypersonic Re-Entry Vehicles David Stroh, Anthony Marshik and Gautham Krishnamoorthy, UND Chemical.

Institute of Interfacial Process Engineering and Plasma Technology Gas-puff imaging of blob filaments at ASDEX Upgrade TTF Workshop.

A. Kirk, 21 st IAEA Fusion Energy Conference, Chengdu, China, October 2006 Evolution of the pedestal on MAST and the implications for ELM power loadings.

MUTAC Review April 6-7, 2009, FNAL, Batavia, IL Mercury Jet Target Simulations Roman Samulyak, Wurigen Bo Applied Mathematics Department, Stony Brook University.

Dynamic Face Recognition Committee Machine Presented by Sunny Tang.

Valisa et al C-mod Ideas Forum, 8 April Electron heating and Ni / Mo Pump Out L Carraro, I Predebon, ME Puiatti, M Valisa ( Consorzio RFX Padova)

Association EURATOM-Belgian State LPP-ERM/KMS SCK-CEN ULB M.Van Schoor, V.Massaut, D.Carati.

Ozone Layer in the 21 st Century Swagath Navin Manohar.

National 5 Lifeskills.

Edge Localized Modes propagation and fluctuations in the JET SOL region presented by Bruno Gonçalves EURATOM/IST, Portugal.

Database structure for the European Integrated Tokamak Modelling Task Force F. Imbeaux On behalf of the Data Coordination Project.

Bilateral cooperation between Italy and Turkey FRAMEWORK FOR A MONITORING SYSTEM OF PUBLIC INVESTMENTS.

Conceptual Modelling and Hypothesis Formation Research Methods CPE 401 / 6002 / 6003 Professor Will Zimmerman.

Haley Toni Mastelić & Dražen Lučanin, Vienna University of Technology.

1 Report to Simulation Meeting 20 May, 2004 Akiya Miyamoto, KEK.

Kursus i Plasmafysik, OPL, Risø Juni , 2005 Turbulence, mixing and transport, June 21, 2005  Turbulence, mixing and transport in magnetized plasmas.

IAEA International Atomic Energy Agency International Nuclear Information System (INIS) INIS SUBJECT ANALYSIS: Subject Indexing INIS Training Seminar

Strategic objectives of Association-HAS until 2020 Gabor Veres Deputy HRU, Head of Management.

Compact Stellarator Approach to DEMO J.F. Lyon for the US stellarator community FESAC Subcommittee Aug. 7, 2007.

Microscopic Eddys don’t imply gyroBohm Scaling Scan device size while keeping all other dimensionless parameters fixed Turbulence eddy size remains small.

Beam Dynamics Meeting Bolko Beutner, DESY Summary of new FLASH CSR studies Bolko Beutner, DESY Beam Dynamics Meeting

DISCUSSION OF ISSUES, OPPORTUNITIES AND CONCLUSIONS FOR ROTATION AND MOMENTUM TRANSPORT SESSIONS 10th ITPA Transport Physics and CDBM TG Meetings Princeton.

ERO modelling of Be erosion and light emission at JET ILW D.Borodin 1, M.Stamp, A.Kirschner 1, C.Björkas 1,2, S.Brezinsek 1, J.Miettunen 3, D.Matveev 1,

Negotiation & Challenge Problem meet Complexity & Dynamics Purview: interaction between dynamics & complexity teams and challenge problem teams –Can CP.

Integrated Plasma Simulations C. E. Kessel Princeton Plasma Physics Laboratory Workshop Toward an Integrated Plasma Simulation Oak Ridge, TN November 7-9,

Computational Fluid Dynamics & Flow Physics Lab :: Prof

A framework for analysing decision making over common pool resource management Defining the problem Knowledge of change Knowledge of policy Knowledge of.

Engineering 1181 College of Engineering Engineering Education Innovation Center Collecting Measured Data Classroom Lecture Slides.

Darren McDonald, TFS1 meeting, 20th April /20 Proposed JET 2006 confinement experiments D C McDonald Structure of talk: Hybrid studies ELMy H-mode,

NSTX-U Waves & Energetic Particles Theory/Experiment Joint Research Topics Supported by Gary Taylor Mario Podestà Nikolai Gorelenkov NSTX-U NSTX-U Theory.

Group 4 – Marine Energy Kirsten Hamilton Product DesignEngineering Malcolm MacDonald Product DesignEngineering Tom McCombes Aeronautical Engineering James.

Understanding Martian Subsurface Geochemistry using the Dynamic Albedo of Neutrons Instrument on the Mars Science Laboratory Curiosity Rover Jack Lightholder.

Evaluation of a Field Aligned ICRF Antenna in Alcator C-Mod 24th IAEA Fusion Energy Conference San Diego, USA October S.J. Wukitch, D. Brunner,

Fully automatic meshing process for complex structures to capture fluid-structure efforts Project Goal: simulate a free rotating wind turbine Issues: Initially.

Computational Fluid Dynamics P AVEL P ETRUNEAC B ACHELOR OF S CIENCE D ISSERTATION R ENEWABLE E NERGY OF TURBULENCE EFFECTS ON THE SEABED Supervisor(s):

CODES: component degradation simulation tool ESA Project 22381/09/NL/PA.

G.Y. Park 1, S.S. Kim 1, T. Rhee 1, H.G. Jhang 1, P.H. Diamond 1,2, I. Cziegler 2, G. Tynan 2, and X.Q. Xu 3 1 National Fusion Research Institute, Korea.

??? ple r B Amulya Sai EDM14b005 What is simple scalar?? Simple scalar is an open source computer architecture simulator developed by Todd.

Panel Discussion: Discussion on Trends in Multi-Physics Simulation

Design and analysis of Parabolic nozzle using MOC and CFD

Postdoctoral Research Assoc. University of Notre Dame

Topics for the discussion session 05/11/2015

So, someone just asked you for a dashboard...

Major aims of IPP-NIFS collaboration on divertor physics

SIMULATIONS OF HIGH-PRESSURE CATHODIC

Date of download: 11/11/2017 Copyright © ASME. All rights reserved.

Objectives: Develop predictive atomistic models for CBRAM.

Gyrofluid Turbulence Modeling of the Linear

أنماط الإدارة المدرسية وتفويض السلطة الدكتور أشرف الصايغ

Subgrid-Scale Model Tests Using Petascale Computers

Divertor & SOL Characterisation with Visible Imaging

Momentum Transport and Rotation Studies

Advances in Fusion Relevant Physics using the Large Plasma Device

First principles and integrated modelling achievements towards trustful fusion power predictions for JET and ITER Significant work performed for DT extrapolation.

Advances in predictive thermo-mechanical modelling for the JET divertor experimental interpretation, improved protection, and reliable operation D. Iglesias,

Non-Local Effects on Pedestal Kinetic Ballooning Mode Stability

Density Peaking in JET (NBI fueling dominant) and DIII-D (transport dominant) Originates from Different Sources at Low υ* For the first time electron particle.

XGC simulation of CMOD edge plasmas

Junwei Bao, Costas Spanos

MAST Research Making Key Contributions to Tokamak Physics

Application of the GENERIC Framework to Generate Statistically Reliable Transport Properties from Molecular Dynamics Simulations David Keffer Dept. of.

EX/6-1 Heavy Impurity Transport in the Core of JET Plasmas

Practice Geometry Practice

Presentation transcript:

Predicting Scrape-Off Layer profiles and filamentary transport for reactor relevant devices A statistical framework was developed to interpret and predict SOL profiles based on the statistics and dynamics of the filaments. We developed novel experimental data analyses and 3D turbulence simulations in full geometry to provide input to the framework. The reduced model successfully matched experimental profiles at JET and MAST. The framework can be used as a tool for more reliable extrapolations of SOL transport to new machines. IAEA – FEC 2018 – TH/7-1 – F. Militello