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SoftInWay through the prizm of events |
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One
of the ways SoftInWay shares its profound
expertise in digital prototyping methodology
as applied to turbomachinery, power generating
equipment, etc, is participation in various
industries events.
March
30 - April 1, 2004 *
Baltimore, MD *
Convention Center
Plan
to stop by our booth #979!
Click
here to get more info on this show.
Come and see our exciting solutions
for digital prototyping and turbomachinery
design! Our products will help you to increase
efficiency of your turbines and other power
generating equipment , improve performance
on "as designed" and "off-design"
points of operation and save time and money
by doing so.
For:
- 25% discount on the Individual 3-Day Conference
registration
- unlimited number of VIP invitation tickets
to invite clients, prospects and associates
to the exhibit hall at no charge
- discounted registration packages to invite
clients to the conference sessions and seminars
address us today by clicking
here
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| Mirror
of SoftInWay's Innovations |
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DoE
Functionality Add-on to AxSTREAM™
Nowadays,
an approach to multidiciplinary optimization
of turbines flow path that integrates an experiment
planning methodology is considered as the
most advanced. Moving in this direction, SoftInWay
has recently released
an availability of problem-oriented design
of experiment (DoE) functionality as the first
"add-on" feature to it's flagship
product xSTREAM™- a software
suite for axial turbine design, modeling and
optimization.
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Welcome to our Science Club! |
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New
Mechanical Engineering Papers!

Latest:
L.
Moroz and J. Govoruschenko
OPTIMIZATION OF MULTISTAGE AXIAL GAS TURBINE
WITH AXSTREAM™ USING DOE METHODOLOGY
We
will be glad to publish your papers on mechanical
engineering in our Science Club. Please submit
your articles to
lm @softinway.com
More
articles >>
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| Latest
Press Releases |
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SoftInWay Releases First
Version of STEP AP209 Data Checker
SoftInWay,
Inc. is announcing an availability of the
first version of STEP AP209 data checker.
Software has been developed by SoftInWay,
Inc., Burlington, MA and STEP Tools, Inc.,
Troy, NY within the Phase I of SBIR program
"Standards Based Test Cases and Tools
for CAE" funded by NIST.
SIW
AP209Checker comes with several test
cases that FEA vendors can use for verification
of their STEP AP209 translators.
More>>
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Latest
Press Releases |
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SoftInWay Releases First Version
of STEP AP209 Data Checker
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SoftInWay,
Inc. is announcing an availability
of the first version of STEP
AP209 data checker. Software
has been developed by SoftInWay,
Inc., Burlington, MA and STEP
Tools, Inc., Troy, NY within
the Phase I of SBIR program
"Standards Based Test
Cases and Tools for CAE"
funded by NIST. SIW AP209Checker
comes with several test cases
that FEA vendors can use for
verification of their STEP
AP209 translators.
Checker is
an easy to use software tool
developed for verifying data
against the STEP AP209 standard
of arbitrary STEP file. It
allows to:
- Read input STEP AP209 files
and extract finite element
model (FEM) from it;
- Run data test to validate
models' adherence to standard
AP209 protocol and flag violations
that have been found;
- Display general information
of the described FEM, such
as: number of nodes, number
of elements, element types,
boundary conditions, materials,
units, etc.
- Calculate FEM integral parameters
such as: volume, mass, center
of volume/mass, inertia tensor,
free surface, general force,
general torque, minimal/maximal
components of nodal displacements,
minimal/maximal components
of stresses without nodal
averaging, constraint component
counts, etc.
- Compare two STEP files based
on corresponding FEM integral
parameters.
- Set convergence criteria
(tolerances).
In
order to obtain SIW AP209Checker
for evaluation, please contact
tech_support @softinway.com
PDF
version >>
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Mirror
of SoftInWay's Innovations |
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DoE functionality Add-on to AxSTREAM™
Integration
of DoE technique in AxSTREAM™ allows solving
an array of principal problems of steam
and gas turbines design in significantly
expanded volume providing designer with
diverse sets of characteristics of future
turbine.
A
goal of adding DoE functionality to AxSTREAM
is to facilitate and accelerate optimization
process. Add-on DoE functionality is seamlessly
integrated with AxSTREAM that makes possible
using DoE methodology directly in the
problem environment. Implemented system
of filters automatically bounds a set
of project parameters by those that are
relevant to selected turbine design task.
For various formulations of turbine and
stage mean-line design tasks many independent
operational and geometrical variables
can be selected for the DoE, such as enthalpy,
entry pressure, flow rate, extraction
values, stage hub diameter, diameter to
blade height ratio, entry exit angles,
etc. Response functions can be stage entry
pressure, cylinder and stage velocities
ratio, cylinder/stage efficiency, cylinder/stage
capacity, stage reaction, maximum stresses
in most loaded elements, axial loads,
etc.
An ample quantity of dependent and independent
parameters (up to 20) involved in DoE
affords formulation a large number of
problems (optimization is included) to
be solved. DoE methodology can be exercised
for a typical analysis used in turbine
design: computation of efficiency dependences
upon operation conditions, such as pressure
at flow path terminals, speed of rotation,
extractions volumes, etc. The tasks of
optimization may be solved with regards
to turbine or stage flow path geometry,
for example hub diameter, blade height,
cascade angles at mean radius, and other
parameters.
Using response functions extracted with
DoE functionality designer can obtain
optimal solution up to 10 - 100 times
faster than with original reduced order
models.
Preserving best features of stand alone
DoE tools, this added-on DoE functionality
should accelerate turbomachinery design
with AxSTREAM by expanding its functionality
and adding significant convenience.
See
on tenlinks.com>>
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| Openings
in SoftInWay |
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Welcome
to join SoftInWay Inc.!
We invite you to explore the vacancies
presented below:
CAE
Software Developer
This
individual should have experience in
development of complex engineering software
projects and a strong background in CAE tools. Excellent
understanding of FEA
and / or CFD methods and issues. It is
essential that the individual has a
strong desire to learn and explore new
technologies and is able to demonstrate
good problem solving skills.
Requirements:
• B.Sc., or
M.Sc., or
Ph.D. in
Mechanical Engineering, Applied Math or Physics
with respectfully 5+, or 3+ ,
or 0-1 years of
experience in engineering software
development (C, C++, FORTRAN);
• Thorough knowledge
of FEA and
/ or CFD methods;
• Hands on experience
with at least one of the following tools: ANSYS,
MSC.Software, ABAQUS, I-Deas, CATIA, Fluent, or
CFX.
Experience with SolidWorks
and / or Pro/E is a plus.
Project
Manager, Engineering Consulting
This individual will be
responsible for all-round technical preparation and evaluation of project
proposals in FEA-based CFD, Heat Transfer, Stress- Strain areas. Recommending
improvements, the project’s technical issues coordination including problems’
review, sophisticated model description, precise boundary conditions evaluation,
and gathering and analysis of other data required for providing further non-stop
development process.
Also responsible
for building and maintaining development
schedules and fulfilling project deliverables on
time, from inception to client sign-off. Beyond
this, the candidate needs to have very sharp
analytical skills, which s/he will use through
the project life cycle, including detailed
pre-development proposal analysis, projects
feasibility estimation, and user requirements
analysis.
Requirements:
- Masters
Degree or Bachelors in Mechanical Engineering
with significant related experience at Power
Generation Machinery oriented companies like
GE, Pratt & Whitney, Rolls-Royce, Alstom. Computed
Science Degree is desirable.
- 5+
years of complex Mechanical Engineering project
management, engineering application development,
design, and implementation experience.
- Experience
in FEA-contained packages’ implementation
like ANSYS and/or similar toolkits is
required.
- Principle
knowledge in CFD, Heat Transfer, Stress-Strain,
Machine Design is extremely appreciated.
- Must
be strongly focused and extremely organized.
- Proven
experience in writing specifications, quality
assurance, project complexity, labor effort
estimation, and risk analysis skills.
- Exceptional
oral and written communications skills are
essential.
- PMI
certification is a plus.
Sales
Engineer/Project Manager
The
essential job function of this person is business
development and sales of engineering/software
development consulting services including:
-
forecast development to achieve national sales
goals,
-
developing and implementing a strategic sales plan
to achieve national
sales goals;
-
identify, close and maintain key accounts;
-
provide information to marketing to improve
products and profitability;
-
monitor and assess major competitors' activities
and products.
The
person will perform sales work inside and outside
in support of SoftInWay's engineering services for
diverse industries including Aerospace, Power
Generation, Automotive, Energy, Petrochemical,
Utilities, Gas, etc. He/She will prepare proposals
or service contracts for SoftInWay's engineering
services with deep understanding of customer
requirements and company's team Design and
Engineering abilities in FEA-based CFD, Heat
Transfer, and Structural applications development.
Coordinate and schedule marketing activity. Serve
as Project Manager for various projects, both
temporary and ongoing.
Requirements:
•
Minimum 4 year Degree in Mechanical Engineering or
related areas with significant related experience
at Power Generation Machinery oriented companies
like GE, Pratt & Whitney, Rolls-Royce, Alstom.
• 5 - 8 years experience of surpassing sales
quotas in selling consulting services to C-level
executives in engineering and scientific.
• Principle knowledge in CFD, Heat Transfer,
Stress-Strain, Machine Design, CAD/CAE, and
Visualization is appreciated. Knowledge
of MS Office and MS Project is a plus.
•
Excellent prospecting and presentation skills .
• Must be strongly focused and extremely
organized.
• Exceptional oral
and written communications skills are essential.
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About
SoftInWay Corporation
SoftInWay, Inc.
is an engineering company headquartered in Burlington, Massachusetts,
USA. Company has a sales office in Scottsdale, Arizona, USA. Company’s
mission is to serve international high technology community by providing
high quality engineering services and software products in the area of
design and modeling of turbo-, thermo- and rotating machinery; and thermal-,
structural- and fluidic analyses. Company uses its proprietary
technologies, and
industry standard CFD and FEA tools to address design issues at the earliest
possible stage, maximize engineering productivity, increase efficiency
of new and retrofitted equipment, and support inter-operability of CAE
data via STEP (ISO 10303) standards. Company collaboration with academia,
industry, and customers around the world has led to a reputation for constant
innovation in the complete design-to-manufacture process.
For
more information, visit
http://www.softinway.com or call 781-685-4942.
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This
document is provided for informational purposes only. The
information in this Newsletter represents the current view
of SoftInWay Incorporate on the issues discussed and is given
'as is' without warranty of any kind, either expressed or
implied.
The user assumes the entire risk as to the
accuracy and the use of this document.
All trademarks acknowledged. Copyright © SoftInWay,
Inc. 1999 -2004 |
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