Events / Abaqus Users' Conference
Contributed Papers
Our customers’ commitment to presenting their strategies and applications is the main reason for the ongoing success of the AUC. This year’s abstracts from the Automotive, Aerospace, Electronics, and Oil & Gas Industries, as well as others, have been reviewed and selected to uphold the AUC’s reputation for outstanding quality. The following is a list of abstracts submitted for this year's event. The final program will be dependent on final acceptance of papers and successful completion of all other presenter requirements.
AMEC Nuclear
Prediction of Residual Stresses in Bridge Roller Bearings Using Abaqus
J. Bushell and N. Prinja
Atomenergoproekt
Specification of the Rayleigh Damping Matrix in Dynamic Analysis of Civil Structures of the NPP in Abaqus
V. Korotkov and D. Kapustin
TESIS
S. Ryzhov
Basell Polyolefins, a Company of LyondellBasell Industries
Creep Modeling of Polyolefins Using Artificial Neural Networks
M. Nutini and M. Vitali
Battelle Memorial Institute
The Mesh-Insensitive Stress Concentration Calculation Method and Implementation for Using Abaqus
P. Dong
Bentley Motors
Composite Crushing Simulation Using Czone and Abaqus
A. Dodworth
Engenuity Limited
G. Barnes
C-FER Technologies
Analysis of Casing Deformations in Thermal Wells
J. Xie
Chiyoda Advanced Solutions Corporation
Sloshing of Cylindrical Tank Due to Seismic Acceleration
Y. Shoji and H. Munkata
COOK MED Institute
Fatigue Life Estimation of Nitinol Medical Devices
S. Gopal, S. Kim, R. Swift, and B. Choules
DuPont
Integrating Experiments, Theory, & FEA to Solve Challenging Nonlinear Structural Mechanics Problems
T. Diehl
Engineering, Research & Computing
Threaded and Coupled Connector Analysis Using Abaqus CAXA
R. Chang
FMC Technologies, Inc.
A. Nijar
Fabbrica D'Armi Pietro Beretta S.p.A.
Design Analysis of Firearms with Abaqus
L. Castiglioni
Faurecia GmbH
Using an Abaqus BioRID 2 Dummy to Support the Development of a Frontseat Structure during Rear Low Speed Crashes - Whiplash
H. Hartmann and M. Socko
FIAT Group Automobilies
Vehicle Fatigue Load Prediction based on Finite Element TIRE/ROAD Interaction implemented in an Integrated Implicit-Explicit Approach
E. Duni and G. Toniato
FIAT Research Centre
R. Saponaro and P. Smeriglio
First Technology Safety System
Development of Advanced HIII 50th Abaqus Dummies
W. Li, J. Rasico, F. Zhu, and B. Aljundi
fka mbH
Simulation of a Vehicle Hood in Aluminum and Steel
M. Hamacher and R. Wohlecker
ika
L. Ickert
Ford Werke GmbH
Skid Against Kerb Using Abaqus
A. Lepold
TECOSIM GmbH
T. Kroschwald
Global Engineering and Materials, Inc.
XFEM for Abaqus Toolkit for Automated Crack Onset and Growth Prediction
J. Shi, J. Lua, and H. Waisman
Northwestern University
T. Belytschko
Group of Technology and Petroleum Engineering (GTEP)
Analyzing Geomechanical Effects while Drilling Salt Wells through Numerical Modeling F. Mackay, N. Inoue and S. Fontoura
PETROBRAS
F. Botelho
Halliburton Company
Dynamic Response in a Pipe String during Drop-Catch in a Well Bore
A. Zhong and J. Gano
Hankook Tire Company
Hydroplaning Simulation of Tires Using Abaqus
K. Hyung and J-C Cho
Imperial College London
A Finite Element Model for TBC Damage Detection and Lifetime Prediction
A. Luz, D. Balint, and K. Nikbin
Magna Powertrain / Engineering Center Steyr
Regarding Influences of Production Processes on Material Parameters in Fatigue Life Prediction
M. Meise, H. Dannbauer, C. Gaier, and W. Aichberger
MEC, Dow Chemical Company
Using Abaqus/Explicit to Model Polymeric Thin-Film Mechanical Property Changes Due to Embossing
C. Wocke
Mechanical Design & Analysis Corporation
Application of Abaqus for Advanced Inelastic Analysis
T. Kobayashi, T. Mikami, and M. Fujikawa
Mercury Marine
Crash Prediction for Marine Engine Systems
A. Anderson
Motorola
Probabilistic Simulation Applications in Product Design
S. Thiruppukuzhi
NASA Langley Research Center
Determination of Traction-Displacement Laws for Representing R-Curve Toughening Effects
C. G. Dávila and C. A. Rose
Swales/ATK
K. Song
New Zealand Heavy Engineering Research Association
Performance of an Office Building in Fire
N. Mago and C. Clifton
Holmes Fire and Safety
M. Feeney and T. Porter
Poznan University of Technology
Optimization Module for Abaqus/CAE Based on Genetic Algorithm
K. Szajek and T. Lodygowski
BudSoft Sp. z o.o.
W. Kakol and M. Wierszycki
Prospect
Using Abaqus for Reliability Analysis by Directional Simulation
I. Iversen and R. Bell
Robert Bosch Corporation
Fatigue Life Estimation of a Non-linear System Due to Random Vibration
J. Guo, B. Johanek, and D. Patterson
Rolls-Royce Marine
Modeling and Analysis of Welding Processes in Abaqus using the Battelle Developed
‘Virtual Fabrication Technology’ (VFT) Pre-Processing Software
M. Dawson and P. Hurrell
Ruhr-University Bochum, Institute for Reinforced and Prestressed Concrete Structures
Numerical Analysis of Punching Shear Failure for Large-Sized Concrete Members
K. Winkler
SCANIA
Fatigue Equivalent Displacements for Visualization of Multi-Modal Dynamic Simulations
G. Genet and H. Wentzel
.
Siemens Power Generation, Inc.
An Evaluation of the Pro/ENGINEER Associative Interface for Abaqus/CAE
J. Montgomery
.
Siemens Power Generation, Inc.
Boundary Condition Influences on Shank Stress in 3D Solid Bolt Simulation
J. Montgomery
Simpson Gumpertz & Heger
Failure Analysis of World Trade Center 5 (WTC 5)
K. LaMalva, J. Barnett, and D. Dusenberry
SIMULIA Great Lakes Region
A Second-Invariant Extension of the Marlow Model: Representing Tension and Compression Data Exactly
R. Marlow
Swales/ATK
Guidelines and Parameter Selection for the Analysis of Progressive Delamination
K. Song
NASA Langley Research Center
C. G. Dávila and Cheryl A. Rose
Tata Motors Ltd
Axisymmetric Analysis of Bolted Disc Brake Assembly to Evaluate Thermal Stresses
P. Chavan and A. Apte
Technische Universität Hamburg-Harburg, Institut für Geotechnik und Baubetrieb
High-Performance Abaqus Simulation in Soil Mechanics
H. Hügel, S. Henke, S. Kinzler, and X. Ma
The Catholic University of America
Realistic Modeling of Structural Steels with Yield Plateau Using Abaqus
A. Ucak and P. Tsopelas
The Timken Company
Applications of Abaqus program at the Timken Company
M. Wilmer and K. Sawamiphakdi
The University of North Carolina at Charlotte
Modeling the Creep Behavior of Torsional Springs
A. Ramesh, K. Bose, and K. M. Lawton
Università di Napoli ''Federico II''
Finite Element Modeling Techniques and Testing Methods of Submerged Pipes
A. Giordano and F. Guarracino
University College London
A.C. Walker
University of Connecticut
Development of a User Subroutine (UMAT) to Characterize the Dynamic Material Behavior of a Woven Polymer-Based Composite
D. Hufner
University of New Brunswick, Department of Mechanical Engineering
A Study of Transient Dynamics with Frictional Contact: Oblique Elastic Impact of Spheres
P. Garland and R. J. Rogers
University of Rhode Island
Development of a Beta Function Based Topology Optimization Procedure
D. Taggart, P. Dewhurst, and L. Dobrot
Sandia National Laboratories
D. Gill
UOP, A Honeywell Company
On Nonlinear Buckling and Collapse Analysis using RIKS Method
M. Zhao
Veryst Engineering Inc.
Dynamic Finite Element Modeling of Elastomers
J. Bergstrom
Weatherford International
FEA Modelling of Expandable Sand Screens
C. Jones and K. Watson
Yokohama National University
Lateral Torsional Buckling of a Super Long Span Suspension Bridge
D. Ishihara, H. Yamada, H. Katsuchi, and E. Sasaki
Zimmer, Inc.
Advanced Material Modeling in a Virtual Biomechanical Knee
J. Bischoff, E. Siggelkow, D. Sieber, and M. Munchinger
University of Wisconsin, Madison
M. Kersh and H. Ploeg
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