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Since 1985, Codeware has focused exclusively on developing
ASME Section VIII software for the most
discriminating Engineers.
Our Austin, Texas based development team
has the
expertise needed to understand the complexities of the Code
rules
and the practical experience required to implement
an effective software solution. As a result, COMPRESS
is the leading ASME Section VIII design and analysis tool, trusted by over
1,400 companies worldwide.
To confirm that COMPRESS meets your
requirements,
try
our free
evaluation software.
Simplify
ASME VIII Calculations
The standard functionality of COMPRESS includes everything
needed to perform ASME Section VIII,
Division 1 (VIII-1) pressure vessel calculations.
This includes both the U.S. Customary and Metric
Editions of Section II, Part D (materials) and a
selection of Building Codes and related Engineering
Standards, such as WRC-107. To further assist
COMPRESS users,
finite element analysis of nozzles
is included as a standard feature.
To tailor COMPRESS to your needs,
the following optional modules are available:
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ASME Section VIII,
Division 2 (VIII-2)
-
Heat Exchangers:
provides mechanical designs to the TEMA Standard and ASME UHX rules, includes
a bi-directional interface with HTRI’s Xchanger Suite
-
Drafter:
converts COMPRESS files
into AutoCAD drawings
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Coster:
creates Excel compatible vessel cost estimates
Ongoing support is a large
part of your software experience and our
focus is on fostering long term relationships with our users.
As evidence of this philosophy,
the very first (and second!)
COMPRESS customer continues to subscribe to
our
Support and Update Service
and send their new recruits to our
ASME Code Training Seminars.
Customers with current support subscriptions receive:
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The latest ASME Code Addenda
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Software enhancements
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Personalized support from an experienced Mechanical Engineer
The
first year of
Support and Update Service
is included
with each new license. Users
can conveniently update their software without re-installing
COMPRESS
using the built-in online update feature.
If you need any assistance,
our in-house team of experienced Mechanical Engineers has the
specialized knowledge required
to answer the detailed questions asked by COMPRESS users.
From in-depth vessel and
exchanger inquires to explaining how COMPRESS performs specific
ASME calculations, we're available to help.
The COMPRESS Modeling Approach
COMPRESS offers two approaches to modeling vessels:
Wizards and free form design. For
quick model creation, COMPRESS includes a Wizard interface
which requires only basic information to
model typical pressure vessels and heat exchangers.
For unparalleled flexibility, COMPRESS also offers
a component by
component free form design approach. This method is useful
when designing equipment which does
not fit typical parameters and when modifying pressure vessels
and heat exchangers created by Wizards.
Whether you are building new vessels or rating existing
equipment, you can build your model
using a specially tailored input mode.
In design mode, COMPRESS selects sizes, thicknesses
and ratings to meet Code requirements.
In rating mode, COMPRESS calculates the MAWP and
minimum thickness while allowing you to input your
existing geometry. In both modes, inputs are
re-evaluated during the modeling process and updated as
necessary to reflect applicable Code
dependencies. In selected circumstances, warnings and
good engineering practice reminders are
presented.
Learn more about the benefits of using COMPRESS
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8.2 meter x 87 meter tall
Division II vessel
Fixed tubesheet condenser
Second stage HDS reactor
Small vessel on legs
Liquid collecting pot
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