Информация за научни
конференции и семинари, посветени на математичното моделиране и компютърната
симулация
( април, 2014)
Practical CFD
May 7th - 21st
2014
19:00 BST, 20:00 CEST, 11:00
PDT, 14:00 EDT
One 2.5 hour session per week
Engineering Board PDH Credits: 7.5
hours*
Note: Once you register for the course
using the "order" button (look right), you will receive the course
attendee packet mentioned in the description below. Please clickhere
to view the FAQ section, or if you need to contact NAFEMS about this
course.
This
course offers the attendees the fundamental knowledge for using CFD in real
life engineering applications and complex flow problems through a simple and
moderately technical approach. This course describes the steps in the CFD
process and provides benefits and issues for using CFD analysis in
understanding of complicated flow phenomena and its use in the design process.
Best practices for reducing errors and uncertainties in CFD analysis are also
presented in the course.
This newly
revamped course is now more focused on practical application of CFD including
new examples and alternative approaches. This course aims to provide the
attendees the fundamentals of CFD prior to embarking on any real CFD simulation
project or undergoing vendors’ software training.
The target
audience for this course is engineers and managers with limited CFD knowledge
who are interested or considering to incorporate CFD in their design practices.
Additionally, engineers supporting or being supported by CFD analysts can
benefit from this course.
A full set of
notes in PDF format will be available for download. Each session is presented
live and is available for review via a streamable
recording.
Personal
passwords are provided to allow you to access e-learning backup material via
our special bulletin board. Reading lists, homework submissions, supplementary
data are all stored as files on the bulletin board.
Interaction via
the bulletin board is strongly encouraged to obtain the most from the
e-learning class. Typically the board runs for 4 weeks after the last live
class sessions, giving you plenty of time to catch up with homework, review and
ask questions.
Note: homework
is purely voluntary!
This course is completely
code independent. No software is required.
E-learning
courses are great alternatives and complements for continued education as they
offer convenience and eliminate the need to travel. This e-learning
course runs over a four week period with a single two hour session per week.
This course
offers the attendees the fundamental knowledge for using CFD in real life
engineering applications. Through a simple and moderately technical approach,
this course describes the steps in the CFD process and provides benefits and
issues for using CFD analysis in understanding of complicated flow phenomena
and its use in the design process. Best practices for reducing errors and
uncertainties in CFD analysis are also presented in the course. Many of the
governing equations will be presented for illustration purposes and they would
be dealt in depth in this course. Strong effort is made for the course to be CFD software neutral. However, examples from some
of the more well known and popular software will be used throughout the
sessions.
Interaction is
encouraged throughout the course. Students are welcome to send in problems from
industry and these will be discussed as time permits.
Full notes are
provided for the students, together with personal passwords for e-learning
backup material, bulletin board access, etc.
Students will
join the audio portion of the meetings by utilizing the VoIP
(i.e. headset connected to the computer via headphone and microphone jacks) or
by calling into a standard toll line. If you are interested in additional
pricing to call-in using a toll-free line, please send an email to: e-learning
@ nafems.org .
The target
audience for this course is engineers and managers with limited CFD knowledge
who are interested or considering to incorporate CFD in their design practices.
The material that is presented is independent of any particular software
package, making it ideally suited to current and potential users of all
commercial and non-commercial CFD software systems.
E-learning
classes are ideal for companies with a group of engineers requiring training.
E-learning classes can be provided to suit your needs and timescale. Contact us
to discuss your requirements.
Note:This is a three-week course. Each session represents one 2.5-hour
session each week.
19:00 BST, 20:00 CEST, 11:00
PDT, 14:00 EDT
19:00 BST, 20:00 CEST, 11:00
PDT, 14:00 EDT
19:00 BST, 20:00 CEST, 11:00
PDT, 14:00 EDT
3-tägiger FEM Trainingskurs von 5. - 7. Mai 2014
in Wiesbaden
Der Kurs vermittelt praxisorientiert und programmunabhängig die notwendigen
Grundlagen für den erfolgreichen und effizienten Einsatz der Finite-Elemente-Methode. Nach Auffrischung von strukturmechanischem
Basiswissen, welches für das Verständnis
und für die kompetente
Auswertung von FE-Berechnungen
unerlässlich ist, wird auf leicht verständliche Art erklärt, wie die FE-Programme arbeiten. Zahlreiche einfach gehaltene, anwendungsspezifische Beispiele aus der
Industrie unterstützen
die Diskussion um Voraussetzungen
für adäquate Modellbildung und liefern wertvolle Tipps für die professionelle Darstellung und Interpretation der
Ergebnisse.
Ingenieure und Konstrukteure, welche ihre Kenntnisse in Technischer Mechanik bzw. Festigkeitslehre aus der Studienzeit
im Hinblick auf die Anwendung bei FE-Simulationen auffrischen und ausbauen möchten, sind besonders
angesprochen. Der Kurs wird in einer Workshop-Atmosphäre durchgeführt, wodurch eine aktive Mitwirkung
gefördert wird.
Kursinhalte
The conference
will provide a unique, independent, neutral, and comprehensive overview of the
current state of art in the engineering simulation analysis.
The NAFEMS NORDIC Conference 2014
will be held on 13 - 13 May 2014 at the Radisson Blu Scandinavia Hotel in Gothenburg, Sweden. Entitled
“Engineering Simulation: Best Practices, New Developments, Future Trends”, the
conference will give delegates an unrivalled independent insight into best
practices and state-of-the-art which consequently show upcoming trends,
tendencies and necessary future needs in FEA, CFD, MBS and associated
technologies.
The two-day conference aims to
increase awareness and provide a discussion forum for topics that are important
and relevant to engineering industrialists and academics.
In addition to the presentations we
proudly announce that Tony Abbey, NAFEMS training manager, will give short
courses on different technical topics based on the current e-learning courses
provided by NAFEMS.
If you are an analyst, engineer, team
leader or manager that has a responsibility for ensuring that a fit-for-purpose
engineering solution is obtained from the use of modern simulation software,
then you should attend.
The event is open to both members and
non-members of NAFEMS, with members able to attend the event for free, as part
of their membership benefits package. NAFEMS is an independent not-for-profit
body with the sole aim of promoting the effective use of engineering simulation
methods such as finite element analysis, multibody
system dynamics and computational fluid dynamics.
More than 1.100 organisations
and institutions all over the world are member of NAFEMS. If you work with
simulation, you should be part of NAFEMS. More information at www.nafems.org The event is open to both members and non-members of NAFEMS,
with members able to attend the event for free, as part of their membership
benefits package.
We are looking forward to welcoming
you in Göteborg.
NAFEMS NORDIC Steering Committee
Session 1 – KEYNOTE / APPLICATIONS
10:30
Welcome and NAFEMS Introduction
T. Morris (NAFEMS)
10:40
Keynote-Presentation: Crash CAE with Failure
Prediction at Volvo Cars Safety Centre
J. Jergeus (Volvo Car Corporation)
jergeus_volvo.pdf
11:20
Reducing Delamination
Risk for SnapLED Package Designs
S. Noijen (Philips Research); C. Soong,
S. Tan (Philips Lumileds)
noijen_philips-research.pdf
12:10 Lunch
Parallel
Sessions 2 - 3
Session
2 – APPLICATIONS
13:20
CAE Pre- and Postprocessing for Offshore
Structures Design
S. Chatzimoysiadis, G. Korbetis, D. Georgoulas (BETA CAE Systems)
chatzimoysiadis_beta-cae.pdf
13:50
Flexible Hoses Design: From
Physical to Virtual Prototype
P. Andry, J. Coloos (LMS, A Siemens Business)
andry_lms.pdf
14:20
Discrete Element Modeling of Granular Materials
D. Aspenberg, A. Bernhardsson, D. Hilding (DYNAmore Nordic)
aspenberg_dynamore-nordic.pdf
14:50
Squeak & Rattle Simulation at
Volvo Car Corporation using the E-LINE Method
P. Sabiniarz (AF Consult); J. Weber (Volvo Cars)
Session
3 – TRAINING
E-learning
Short Course: Fatigue & Fracture Mechanics in FE Analysis
T. Abbey (NAFEMS training manager)
15:20 Refreshment break
Parallel
Sessions 4 - 5
Session
4 – CFD
16:00
CFD-Simulations in Transmissions
and Gearboxes
F. Jareman (AF Consult)
16:30
Methods for Performing Fluid
Structural Interaction Simulations on Real Industry Cases
T. Berg (Ansys Sweden)
berg_ansys-sweden.pdf
17:00
Multiphysics Simulations of Light Water Reactors using a CFD
Approach
K. Jareteg (University Gothenburg)
jareteg_uni-gothenburg.pdf
17:30
External Aerodynamics CFD
Simulations of the DrivAero Vehicle Model
S. Chatzimoysiadis, V. Skaperdas, A. Iordanidis (BETA CAE Systems)
- no publication approval -
Session
5 – PROCESSES
16:00
Simulation of Residual Deformation
from a Forming, Welding and Heat Treatment Process in Alloy718
E. Odenberger (Industrial Development Center); M. Schill (DYNAmore Nordic)
odenberger_industrial-development-center.pdf
16:30
Simulation of an Asymmetric
Electric Resistance Forge Welding Processes
B. Hannafious, T. Oosterkamp (Polytec)
hannafious_polytec_1.pdf
17:00
Fatigue Analysis of Weld Seams
Considering Geometrical Manufacturing Deviations
G. Spindelberger, H. Dannbauer, K. Hofwimmer, C. Gaier (ECS Engineering Center Steyr)
spindelberger_ecs.pdf
17:30
Simulation Software-Driven
Developments of Design, Engineering, Manufacturing, and Quality Control
Processes within Integrated CAD/CAM/CAE/CAQ Systems
S. Zietarski, S. Kachel, A. Kozakiewicz (Military
University of Technology (WAT))
zietarski_wat.pdf
18:00
Come together in the exhibition
area
Parallel
Sessions 6 - 7
Session
6 – STRUCTURE/COUPLING
8:30
Usefool Tools in the Design Process of Rotor-Bearing
Systems
N. Wagner, R. Helfrich
(Intes GmbH)
wagner_intes.pdf
9:00
A Co-Simulation Approach of a Sliding Door Slam
Test
A. Paraschoudis, S. Patil (BETA CAE Systems)
paraschoudis_beta-cae.pdf
9:30
Vacuum Drying of Umbilical Cable:
Thermal Simulation of Electrical Heating and Analysis of Electromagnetic
Effects
B. Hannafious, L. Vasilyev (Polytec)
hannafious_polytec_2.pdf
Session
7 – TRAINING
8:30 - 10:00
E-learning Short Course: Non-Linear
FE Analysis
T. Abbey (NAFEMS training manager)
10:00 Refreshment break
Parallel
Sessions 8 - 9
Session
8 – MATERIALS/METHODS
10:30
Simulation Data Management – The
Materials Perspective
D. Williams, A. Fairfull (Granta Design)
fairfull_granta-design.pdf
11:00
A Platform Oriented Approach to
Material Modeling as Enabler for Integrative Simulations
Z. El Hachemi, G. Boisot, J. Seyfarth, R. Assaker (e-Xstream engineering)
11:30
Accelerate Virtual Testing
Procedures by Single Core Modeling
P. Ullrich, W. Hal (ESI Group)
ullrich_esi-group.pdf
Session
9 – TRAINING
10:30 - 12:00
E-learning Short Course: Dynamic FE
Analysis
T. Abbey (NAFEMS training manager)
12:00 Lunch
Session
10 – MODEL EXCHANGE / COUPLING
13:00
The FMI Open Standard for Model Exchange and CAE Tool
Interoperability
M. Gäfvert (Modelon)
13:30
Performing Coupled Electromagnetic
and Fluid Simulations for Thermal Assessment of Electrical Motors
T. Virdung (Ansys Sweden)
virdung_ansys-sweden.pdf
14:00
Noise Prediction for Electrical Motors by Coupling
Electromagnetic and Vibroacoustic Simulation Tools
K. De Langhe, P. Segaert (LMS, A Siemens Business)
de-langhe_lms.pdf
14:30
Coupled Field Analyses for
Extremely High Loaded Thermal Sensor Characterization at Design Development
Stage
K. Kamberov, G. Todorov, B. Romanov, Y. Sofronov (Technical University Sofia)
kamberov_tu-sofia.pdf
15:00 Farewell
15:10 End
Hotel
accommodation
Radisson Blu Scandinavia Hotel
Södra Hamngatan 59,
401 24 Göteborg, Sweden,
Tel: +46 31 758 5000, Fax: +46 31 758 5001
www.radissonblu.se/hotell-goteborg
NAFEMS NORDIC conference registrants can reserve a discounted room at the
hotel. Please use the registration form below.
The group code is: „2155471 NAFEMS".
Hotel booking form (pdf)
Delegate
fee (per person)
Not-NAFEMS members: 5.900 SEK + VAT
Presenter from industry 1): free
NAFEMS members using 4 seminar credits: free*
NAFEMS member with no seminar credits: 4.000 SEK + VAT
These fees include attendance at the conference, one copy of the proceedings,
lunch for all two days, break refreshments each day, and beverages and snacks
in the evening of the first day. Hotel accommodation is not included.
1) Companies for the production/processing of material goods / goods in
factories/plants.
*
NAFEMS membership fees for companies / institutes
A
standard NAFEMS site membership costs 1.050 Euro + VAT per year. An academic
site membership costs 650 Euro + VAT per Jahr.
Beneath many others, NAFEMS members will get six seminar credits (1 credit =
1/2 seminar/conference day) per year.
NAFEMS members can use seminar credits towards free attendance at this event.
This event will charge four seminar credits per delegate. You can register 1,5 delegates included in your membership to this conference!
Please consider becoming NAFEMS member before registering!
Hardware
and software exhibition / sponsoring
We
would like to extend an invitation to your company to be part of the conference
as exhibitor and/or sponsor.
Exhibition and Sponsor Opportunities (pdf)
Conference
language
English
Conference
organisation
NAFEMS Deutschland, Österreich, Schweiz GmbH
Osterham 23, D-83233 Bernau
Tel. +49 80 51 - 96 59 3 49, Fax +49 80 51 - 96 74 3 37