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CFDRC offers unique capabilities for developing optimal computational
strategies for cost effective simulations of real world problems. Most
practical problems contain complex interactive physical phenomena in conjunction
with complex geometries. Different levels of approximations and different
numerical techniques are needed for analyzing different questions during
various stages of development and life cycle of products and systems.
For example, during conceptual stages of developing a new device,
coupled simulations of interactive physical phenomena are critical and
the course grid simulations in simplified representative geometries are
adequate. Such simulation have enabled generation of intellectual property
and patents in emerging markets (see Patents
Portfolio for some examples).
On the other hand, during design optimization, rigorous representation
of actual geometries, and use of finer computational meshes are essential,
and some of the physical phenomena can be simplified by approximate representations,
e.g., by embedding analytical and behavioral models in 2D/3D models.
For improving operational efficiency and safety, large number
of adequately simplified parametric simulations with coarser grids are
very valuable. These enable production of useful guidelines for improved
safety as well as development of specification or envelopes of operations.
Similar approach is also very helpful for obtaining product approvals
and certifications. Sensitivity analysis of well-conceived operational
parameters and constraints can facilitate early approvals. Applications
with such substantiations also save tremendous costs in the defense of
claims or answers to the questions raised by certifying agencies.
CFDRC expertise can be used by having:
- CFDRC engineers perform the analyses; and
- a customized software developed for routine use by your
engineers.
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