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3 days of theory and applicationsAugust 26-28, 2015. Chennai, India.Presented By:Dr. Ted Wertheimer:Dr Ted has been focused on Non-linear Finite Element technologies for fourdecades, in the fields of material nonlinearities, manufacturing, thermal sciences andsoftware architectures. He is one of the core inventors and was the chief developer ofMSC's Marc finite element program. He holds a BS degree in Theoretical and AppliedMechanics from the University of Illinois, and MS and PhD degrees in Applied Mechanicsfrom Stanford University.
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Why a Non-linear Course?
Dr. Ted WertheimerDr. Ted Wertheimer has been focused on Non-linear Finite Element technologies for four
decades, in the fields of material nonlinearities, manufacturing, thermal sciences and
software architectures. He is one of the core inventors and was the chief developer of
MSC's Marc finite element program. He holds a BS degree in Theoretical and Applied
Mechanics from the University of Illinois, and MS and PhD degrees in Applied Mechanics
from Stanford University.
His development contributions have included contact analysis, material modeling and
multiphysics. He has taught numerous classes on both practical and theoretical methods
to creatively apply nonlinear technologies to solve complex simulation problems, and has
provided endless hours of guidance to colleagues, end-users, researchers and educators
in its applicaions.
A Journey into
the Non-linear world
3 days of theory and applications
August 26-28, 2015. Chennai, India.
Basic to Advanced
Nature is nonlinear. Although, for our own understanding, we often look to simplify the world
around us, ultimately we need to come to terms with the fact that nature and hence engineering
science is inherently nonlinear, either due to material or geometry effects or other multi-physics
characteristics.
With the increase of hardware capacity and software improvements in the last decade, the
linearisation of real life engineering problems is no longer necessary, and more and more virtual
simulations are being performed using nonlinear techniques. Automotive, aerospace, marine/
naval, defense, construction, biomedical and packaging are just some of the industries where
nonlinear techniques are used at this moment.
Limited Seats. Register today!
Contact: Vinay Marje
vinay.marje@mscsoftware.com
+91 98817 26108
www.mscsoftware.com
Course Schedule
Laptops with necessary
software for the duration of
the course
Electronic course notes
Certicate of Participation
signed by Dr. Wertheimer
Lunch & Tea / Coffee on the
training days
Who should attend
Design Engineers
CAE Engineers
Product Managers
Material experts
Pricing
INR 25,000/- per participant
Early bird Group discount:
For every 5 registrations in a group
by July 30 2015, 6th registration
will be FREE provided the payment
is done by August 15 2015.
* Taxes extra
Following wil be provided
*
Venue will be a 5 star hotel
High end simulation experts
Day 1
Welcome and Registration
Overview
Introduction to Non-linearity Behavior
Introduction to Finite Element Method for
Non-linear analysis
Basics of Large Deformation / Large Strain
Convergence: Tips and Tricks
Solution Control
Time Stepping
Workshop: Elastomeric Contact Analysis
Day 2
Recent Advances in Element Technology
Material Nonlinearity
Metal Plasticity
Rate Independent Rubber Materials
Visco-elasticity and Creep
Workshop: Viscoelastic Analysis
Rubber Damping and Harmonic Analysis
Introduction to Contact
Workshop: Large Strain Plasticity with
Contact
Day 3
Advanced Contact
Adaptive Meshing
Global-Local (Structural Zooming)
Workshop: Global Remeshing
High Performance Computing
Composites
Fracture Mechanics
Cohesive Zone Modeling
Progressive Failure Analysis
Workshop: Composites
Workshop: Fracture Mechanics
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