Today’s
engine
designers
need to
manage
the
conflicting
goals
like
increasing
performance
while
reducing
fuel
consumption
and
noise.
To meet
these
challenges,
engine
designers
need
better
tools to
simulate
performance
prior to
prototyping.
They
have to
define
and
prepare
the
tests as
much as
possible
before
the
prototype
is
available,
and have
to
acquire
and
evaluate
large
amounts
of test
data
while
avoiding
errors
Infotech
is known
for its
high
tech
approach
to gas
turbine
engine
design
and
analysis.
We have
attained
leadership
position
in:
Design,
Static
and
Dynamic
Stress
Analysis,
Heat
Transfer,
Fluid
Dynamics
and
Performance
Analysis
on Gas
Turbine
Engines.
Our
capabilities
also
include
other
services
such as
support
engines
in the
field by
providing
the
instructions
for
installation
and
component
acceptance
and
repair
standards.
We are
continuously
expanding
our
technological
lead.
Structures
Aero-engine
Structures
group at
Infotech
supports
various
FEA
design
and
analysis
needs of
the
world's
leading
aerospace
companies.
The
Structures
Team
provides
services
for new
product
development,
continuous
product
development
and
repairing
processes
to its
clients.
Some of
the
significant
areas of
support
have
been:
Bladed
rotor
dynamics
Impact
dynamics
Component
lifting
(LCF/
HCF)
Multidisciplinary
Optimization
Heat
Transfer
The team
conducts
thermal
and CFD
assessments
for
commercial
and
industrial
engine
components.
The
scope of
heat
transfer
work
includes
development
and
validation
and
finite
element
models
against
actual
test
data and
provides
thermal
analysis
for
durability
assessment
of
components.
Methods
and
Tools
Development
The team
has
competencies
in all
leading
FEA
tools
like MSC
/
NASTRAN,
ANSYS,
ABAQUS,
LS-Dyna,
Pro /
Mechanica,
I-Sight,
etc.,
and has
been
using
these
along
with
leading
product
design
tools
such as
UG, Pro
/
Engineer
and I-DEAS
and
CATIA
for
providing
world-class
support
to its
clients.
