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: Process Engineering and Simulation : |
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CD-adapco
60 Broadhollow Road
Melville, NY 11747
Phone: 248-246-5803
Phone: 631-549-2300
Fax: 208-575-2685
E-mail: dennis.nagy@us.cd-adapco.com
http://www.cd-adapco.com
Dennis
Nagy, VP Marketing & Business Development
Company
Bio:
CD-adapco is the leading global provider of full-spectrum engineering simulation
(CAE) solutions for fluid flow, heat transfer and stress, including Computational
Fluid Dynamics (CFD/CAE) flow, thermal, and stress software, CAD-embedded
CFD options, and CAE consulting services and training. Its principal offices
are in New York, London and Yokohama with subsidiary offices across the
world.
Products:
CD-adapco’s
solutions (software and related consulting services, training, and mentoring)
are widely used across many industries, including oil and gas, chemical
process, marine, offshore structures, turbomachinery, automotive, aerospace,
building systems, electronics, environmental, pharmaceuticals, power
generation, rail, and specialized mechanical engineering applications.
The technology-leading Computational Fluid Dynamics flow, thermal, and
stress simulation (CFD/CAE) STAR codes have outstanding capabilities
for handling complex fluid flow and heat transfer problems including
transient flows, chemical reaction, free-surface flows, combustion, rotating
systems, multiphase and multiphysics.
There
are four ways in which CD-adapco delivers its CFD technology in software:
- STAR-CCM+
is a radically new full-spectrum CFD/CAE processing environment that
features the latest object-oriented methods and ergonomically designed
GUI for streamlined integration into any company's engineering process.
Solutions on polyhedral cells enable faster and more accurate solutions
than any other of the world’s legacy CFD codes.
- STAR-CD
remains the world’s most advanced CFD code, comes with advanced
pre-processing tools, and is now enhanced by the inclusion of any one
of the environments from the STAR-CAD Series.
- STAR-CAD
Series is a range of products that deliver non-complex CFD in an easy
to use CAD-embedded environment
- Expert
Systems (‘es-solutions’) are application-specific bundles
that talk the specific engineering language required. They can be viewed
as ‘packaged consultancy’ since they are honed for solving
particular application challenges.
Heat
Transfer Research, Inc.
Worldwide
150 Venture Drive
College Station, TX
77845 USA
Phone: 979-690-5050
Fax: 979-690-3250
E-mail:
HTRI@HTRI.net
http://www.HTRI.net
Asia
World Business
Garden Marive East 14F
Nakase 2-6,
Mihamaku
Chiba 261-7114
Japan
Phone:
81-43-297-0353
Fax: 81-43-297-0354
E-mail:
HTRI.Asia@HTRI.net
Hirohisa Uozu,
Mgr.
EMEA
(Europe, Middle East, Africa)
The Surrey
Technology Centre
40 Occam Road
Guildford, Surrey
GU2 7YG U.K.
Phone:
44-(0)1483-685100
Fax:
44-(0)1483-685101
E-mail:
HTRI.Europe@HTRI.net
Hans U. Zettler,
Mgr.
India
C-1, First Floor, Tower-B, “Indraprasth Complex”
Near Inox Multiplex, Race Course (North)
Vadodara 390007, Gujarat, India
Phone: +91 (982) 514-7775
HTRI.India@HTRI.net
Rajan Desai, International Coordinator
Claudette D.
Beyer, President and CEO
Fernando J.
Aguirre, V.P., Business Development
Company Bio:
HTRI
operates an international consortium founded in 1962 that conducts industrially
relevant research and provides software tools for design, rating, and simulation
of process heat transfer equipment. HTRI also produces a wide range of
technical publications and provides other services including contract research,
software development, consulting, and training.
Products:
HTRI Xchanger Suite - Integrated graphical user environment for the design, rating, and
simulation of heat transfer equipment.
Xace - Designs, rates, and simulates the performance of air-cooled heat exchangers, heat
recovery units, and air preheaters.
Xfh - Simulates the behavior of fired heaters. Calculates the radiant section of cylindrical
and box heaters and the convection section of fired heaters. It also designs process heater
tubes and performs combustion calculations.
Xhpe - Designs, rates, and simulates the performance of hairpin heat exchangers.
Xist -Designs, rates, and simulates single- and two-phase shell-and-tube heat exchangers,
including kettle and thermosiphon reboilers, falling film evaporators, and reflux condensers.
Xjpe - Designs, rates, and simulates jacketed-pipe (double-pipe) heat exchangers.
Xphe - Designs, rates, and simulates plate-and-frame heat exchangers. A fully incremental
program, each plate channel is calculated individually using local physical properties and
process conditions.
Xspe—Rates and simulates single-phase spiral plate heat exchangers.
Xtlo - Graphical standalone rigorous tube layout software; also integrated with Xist.
Xvib - Performs flow-induced vibration analysis of a single tube in a heat exchanger bundle.
It uses a rigorous structural analysis approach to calculate the tube natural frequencies for
various modes and offers flexibility in the geometries it can handle.
Xchanger Suite Educational—Customized version of Xchanger Suite with
the capability to design, rate, and simulate shell-and-tube heat exchangers,
air-coolers, economizers, and plate-and-frame heat exchangers. Available
to educational institutions only.
R-trend—Calculates and trends fouling resistances for shell-and-tube
heat exchangers in single-phase service. Uses Microsoft Excel as working
environment with optional link to Xist.
