TEMF-CERN

Session

Project Goals

18 Aug 2014, 14:00

Building S2/17, Room 114 (TEMF)

1. Domain Decomposition and Hybrid Discretization for Magnets

Prof. de Gersem Herbert (TEMF)

18/08/2014, 14:00

2. Thermo-Electro-Dymanic Simulations on SC Wires & Cables

Arjan Verweij (CERN)

18/08/2014, 14:30

3. Approaches for the Quantification of Uncertainties in Stochastic Magnet Design

Mr Ulrich Roemer (TEMF)

18/08/2014, 15:00

This paper discusses efficient methods for the quantification of uncertainties in the simulation of multipoles in accelerator magnets. Main contribution is the stochastic modeling of nonlinear material curves in terms of discrete random variables by the Karhunen-Loeve expansion. Accurate evaluation techniques for multipole coefficients in the finite element context will also be discussed.

4. Quench Framework for 2-D Magnet Protection Simulation

Michal Maciejewski (University of Lodz (PL))

18/08/2014, 15:30

5. Quench Simulation at GSI

Mr Piotr Szwangruber (TEMF/GSI)

18/08/2014, 16:15

6. Particle-Tracking and the Analysis of Quench Tests in the LHC

Vera Chetvertkova (CERN)

18/08/2014, 16:45

7. Challenges for Cooperative multiphysics Simulations

Prof. Sebastian Schoeps (TEMF)

18/08/2014, 17:15

This contributions addresses iterative coupling schemes for coupled multiphysical model descriptions in computational electromagnetics. Issues of accuracy, stability and numerical efficiency of the resulting formulations are addressed along with advantages and disadvantages of the various approaches.

8. Challenges in the Simulation of Transient Effects in Accelerator Magnets

Bernhard Auchmann (CERN)

18/08/2014, 17:45

9. Summary Discussion - Project Goals

18/08/2014, 18:15