Информация за научни конференции и семинари, посветени
на математичното моделиране и компютърната симулация
( септември, 2014)
Verification
& Validation of Models and Analyses
5 – 6 November 2014,
Copenhagen, Denmark
Participants
of this master class will:
- Learn how to implement reporting to
bring visibility and confidence to all managers concerned with simulation
outcomes.
- Develop their knowledge in V&V
in full coherence with the level ofexpectation due in their industry
context and applicable regulations
- Understand the fundamental concepts
of V&V, the role and contents ofstandards, the existing methodologies
for the implementation or the improvementof simulation and V&V plans
- Understand specific V&V
requirements in the context of realistic simulation and virtual testing
- Understand how to build rational
plans for V&V and relateddemonstrations
- Improve synergy between virtual and
physical tests in the context ofvalidation
- Learn how to build business cases
allowing for justification of V&Vplans
- Understand simulation management and
process issues
- Learn how to implement reporting to
bring visibility and confidence to allmanagers concerned with simulation
outcomes.
Who
Should Attend?
- Engineers and senior analysts in
charge of simulation activities or preparing to take new responsibility in
the management of simulation, especially with regard to V&V
responsibility
- Managers in charge of engineering
simulation teams and willing to improve their knowledge in V&V and in
the relevant processes
- Program managers who need to make
critical decisions based on engineering simulation results and that wish
to increase their understanding and visibility of the required V&V
activities
It is
recommended that participants have a few years of experience in engineering
simulation for the design and development of industrial products.
This course is
tutored by Jean-Francois IMBERT and Philippe PASQUET, high-level
simulation professionals both benefiting from a long academic and industrial
experience gained from leading companies. Their skills extend from
numerical methods to solving industrial problems, especially in aerospace
and nuclear area, and to analysis management. V&V is one their key
expertise, reason for which they have been asked for help by major
European companies. They are recognized as ones of the leading figures in the
engineering analysis community in France.
More
information and online registration at www.nafems.org/events/nafems/2014/vandv3
NAFEMS
European Conference on Multiphysics Simulation
21st &
22nd October 2014
Manchester, U.K.
NAFEMS held the 2nd European Conference on Multiphysics Simulation in October
2014. The conference provided an overview of state-of-the-art-methods for
coupled and Multiphysics simulations, mainly within the context of industrial
applications and
Presentations
Swelling of Polymers by Applying
Coupled Physico-Chemical Modelling in Finite Element Analysis
Manfred Achenbach, Polymer Consulting
Simulating Aggregate Drying using
Coupled CFD and DEM Methods
Adam Anderson,
Electromagnetics Structural Coupling
Simulation of Electric Motor
Adam Anderson, ANSYS
bareille.pdf
A Comprehensive Integration Methodology Based on Multi-Physics Co simulation.
Case Study: Electro-Thermal Simulation of aDrilling System in a Harsh
Environment
Michel Bareille, Altran Technologies
betran.pdf
Fast, Exact Fully Coupled ODE Systems in Time Integration Schemes
Jaume Betran, Alstom Wind
buchan.pdf
Simulating Coupled Neutron-Fluid-Heat Transfer for the Study of Unintended
Operating Scenarios in Pressure Water Reactors using an Immersed Body Modelling
Technique
Andrew Buchan, Imperial College London
Multiphysics Comes Alive: Capturing
the Behavior of a Living Human Heart
Karl D'Souza, SIMULIA
farrar.pdf
Design of Experiments (DOE) Study of the Induction Hardening Process
James Farrar, Wilde Analysis Ltd
wolfgang.pdf
Smart Manufactuing:
Wolfgang Gentzsch, Uber Cloud
Large-Scale One-Way Coupled Analysis
with Open-Source Parallel FEM Software Front ISTR
Gaku Hashimoto, The University of Tokyo
hodapp.pdf
Evaluation of Fluid-Structure Interaction for Industrial Use
Marc Hodapp, Festo AG& Co. KG
howat.pdf
Simplified Approach to Modelling Sonic Gas Dispersion for Offshore Well Test
Operations
Gordon Howat, Expro North Sea Ltd.
karajan.pdf
Conjugate Heat Transfer and Multi-Phase Analysis for Incompressible Flows
Nils Karajan, DYNAmore GmbH
khapane.pdf
Multiphysics
Prashant Khapane, Jaguar Land Rover
Noise Prediction for Electric Motors
by Coupling Electromagnetic and Vibroacoustic Simulation Tools
Gaurav Kumar,
A Novel Co-Simulation Algorithm for
Handling Field-Signal Interaction
Albert Kürkchübasche, SIMULIA
Coupled Fluid-structure Interaction Simulations
for Aero-Elastic Benchmark Cases
Bettina Landvogt, Fraunhofer
leefe.pdf
Innovative Developments in the Simulation of Ultraviolet Disinfection Systems
Simon Leefe, Wilde Analysis Ltd
Simulation of Wood Combustion in a
Fixed Bed using CFD-DEM Coupling
Amir Houshang Mahmoudi, Université du Luxembourg
mummery.pdf
Two Tier Parallel Computation for Stochastic Thermo-mechanical Modelling of
Nuclear Graphite Reactor Cores
Lee Margetts, Manchester University
marriott.pdf
Acoustic Analysis of Fuel Tank Sloshing during Braking
Douglas Marriott, MSC Software
miccoli.pdf
High Performance Computation Codes for Vibroacoustic Simulation in the
Automotive Field
Guiseppe Miccoli, IMAMOTER Institute
nordborg.pdf
Simulation of Vertical Axis Wind Turbines with Moving Blades
Henrik Nordborg,
pain.pdf
Fluid, Solid and Radiation Modelling in Multiphysics Systems
Christopher Pain, Imperial College London
poredos.pdf
Multi-Material Heat Transfer Analysis of an Engine Cylinder Head
Andrej Poredos,
qian.pdf
Simulation of a Folded Dielectric Elastomer Actuator
Yichen Qian, ANSYS UKLtd.
quigley_sequential.pdf
Optimizing Fatigue Life using Automated Sequential Coupling in the
Loop
Jon Quigley, Altair
quigley_cosimulation.pdf
Bi-Directionally Coupled CFD and Multi-Body Dynamics Solvers Applied to Tanker
Truck Vehicle Dynamics
Jon Quigley, Altair
race.pdf
Multiphysics Simulations of Irradiation Damage Collision Cascades
Christopher Race, University of Manchester
robin.pdf
Multi-Body Dynamics and Acoustic Simulation for GearApplication
Xavier Robin, Free Field Technologies
Low-Voltage Circuit Breaker Arc
Interruption – A Multi-Physics Modeling Challenge
Christian Rümpler, Eaton
sicklinger.pdf
Fluid-Structure Interaction with Controls for Wind Turbine Simulation using a
Novel Co-Simulation Approach
Stefan Sicklinger, Technische Universität München
simonidis.pdf
Coupling of Structural and Multibody Mechanics in Switchgear Development
Christian Simonidis, ABB Corporate Research Germany
svobodnik.pdf
Multiphysics Software:Comparing Best-of-Class Approach Against All-in Strategy
Alfred Svobodnik, Konzept-X GmbH
wilson.pdf
Multiphysics Solutions in Offshore Engineering
Kevin Wilson, Prospect Flow Solutions Ltd.
wirth.pdf
Development of a Micro Gas Turbine with Ceramic Impeller:
Nadja Wirth, Fraunhofer
wolfe_hirenasd.pdf
Multiphysics Simulation of the Aeroelasticity of Aircraft Wings
Chris Wolfe, ANSYS, Inc.
wolfe_inkjet.pdf
Piezoelectric–Structural–Fluids Analysis for an Ink-JetPrinter Nozzle
Chris Wolfe, ANSYS, Inc.
The conference was organized jointly by ...
NAFEMS
Multiphysics Working Group (visit the groups webpage)
