MANAGING THE FINITE ELEMENT ANALYSIS
DURATION
1 day
The
objective of this course is to introduce participants to the concepts of the
Finite Element Analysis (FEA) and to provide them with skills and techniques
necessary to manage the FEA projects and personnel performing the FEA. This
course addresses immediate needs of engineering managers, project managers and
others who supervise personnel conducting the FEA but who have not been exposed
to the FEA themselves. The participants will review basic concepts of the FEA
and will gain hands-on experience necessary for effective communication with the
FEA people. The emphasis will be given to supervising the FEA projects,
estimating required resources and assessing progress of the project and
effectiveness FEA. These techniques are not found in textbooks and are based on
common, real-life situations.
This one-day
course uses an innovative, computer hands-on approach to provide participants
with essential knowledge of the FEA necessary to manage and to supervise the FEA
projects as well as to evaluate performance of the personnel involved. All
topics are illustrated with Pro/MECHANICA software from Parametric Technology
Corporation, but the acquired skills are not software specific
This course
is intended for engineering managers, project engineers, product engineers,
sales engineers, etc. as well as any engineer who has to specify requirements
for FEA, use its results and assess performance of people performing the FEA.
Basic
concepts of the FEA State of the art of the FEA software Assessment of
requirements for an FEA project and evaluation of results Major steps in the FEA
Evaluation of FEA personnel performance Assessment of quality of the FEA project
Allocation of resources required to complete the project on time and within
budget Monitoring progress of the FEA project Streamlining the design process
involving the FEA Common misconceptions in the FEA Minimizing errors in FEA
Effective implementation of the FEA as a tool of product development Selection
of FEA software and required compute hardware.
COURSE OUTLINE
Basic
concepts of the FEA
Types
of the FEA analyses
Examples
of the FEA
Stages
and check-points in an FEA project.
Time
and resources required to complete a project
Success
rate of the FEA
Common
errors and misinterpretations in the FEA
Practical
examples of linear static analysis and contact stresses analysis