- Visit us at the
ASME TURBO EXPO,
June 8-12, 2009 in Orlando, FL
- Version 1.1.1 of
released on April 8, 2008. Updates were
sent to all registered users. A interim update
will be released in mid-2009.
- We are offering discounts
on options for all purchases made in
2009. Get the full program for almost the same
cost as the base version!
- integrated Stress, Thermal,
and Rotor DYNamics for rotating machinery
Using current analysis tools, bearing mechanics, stress, and heat transfer
calculations are carried out separately from rotor dynamics. In
integrates stress, dynamics (including bearing analysis), and
temperature calculations into a single, comprehensive package.
No other rotor dynamics or finite element program offers
these integrated capabilities. All of the necessary
analysis modules are interconnected, with the key bearing
properties interactively determined. There is no manual
iSTRDYN handles all convergence.
is a modern, multi-platform, network enabled
program. All interaction is through a single graphical
interface. For ideal performance,
iSTRDYN is designed to operate on a
LAN, with the calculation engine on a server, and only the
graphical user interface on various clients. However, the
modern design permits the program to be run on a single computer
or even the Internet. A comprehensive help system is available,
and problem size is unlimited. XML files can be used to import
models, materials, and lubricants. All graphical and text
windows can be saved, even animated mode and response shapes.
For rotating machinery designers and analysts,
- Improved accuracy - better geometry
definition, direct calculation of support properties, and
interconnected heat transfer
- Decreased analysis time - all
interactions are handled by the program, not by the user.
Get results in hours instead of days!
- Increased productivity - a single user
can perform a comprehensive heat transfer, stress, and
dynamics analysis on a rotor-bearing system
- Better products - all significant
mechanical design aspects can be simulated and optimized
- Lower life-cycle cost - more
comprehensive and accurate analysis creates higher reliability in the field
If you are involved with rotating machinery design or
analysis, you need to consider
iSTRDYN. For more details,
please look at the