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Contents:
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 | ARA
Computational
Fluid
Dynamics
(CFD)
Computational
Fluid
Dynamics
(CFD)
Program
in
the
Silicon
Valley
Office
of
Applied
Research
Associates,
Inc.
(ARA)
-
Research
Areas
Include
Simulation
of
Aerodynamics,
Analysis
of
Wind
Noise,
Simulation
of
Blood
Flow,
and
Simulation
of
Hydrodynamics.
|
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(6)
CFD
Online
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collection.
| Advanced
Computational
Fluid
Dynamics
HOME
WHAT'S
NEW
CONFERENCES/
COURSES
Calendar
of
Events
Exhibits
Technical
Papers
Search
Past
Papers
PUBLICATIONS
Aerospace
America
AIAA
Bulletin
Catalog
Journals
Books
Technical
Papers
Aerospace
Database
Standards.
| Automotive
Industries:
FORD
HEARS
CALL
OF
THE
SEA.
Ford
is
testing
some
of
its
most
advanced
technologies
in
an
unusual
place
these
days
--
the
America's
Cup
yacht
races.
Ford,
a
technology
sponsor,
is
supplying
expertise
in
computational
fluid
dynamics,
computer-aided
engineering,
lightweight
material.
| Professor
Michael
Marder--
Center
for
Nonlinear
Dynamics
Michael
P.
Marder,
Center
for
Nonlinear
Dynamics,
University of
Texas
at
Austin
| Computational
Fluid
Turbulence
HOME
WHAT'S
NEW
CONFERENCES/
COURSES
Calendar
of
Events
Exhibits
Technical
Papers
Search
Past
Papers
PUBLICATIONS
Aerospace
America
AIAA
Bulletin
Catalog
Journals
Books
Technical
Papers
Aerospace
Database
Standards
| | | | |
| Computational
Science
Sites
Introduction
to
Visual
C++
Visual
C++
FAQ
Scilab
free
Matlab
Duke
University
Math
225
Scientific
Computing
Math
226-7
Numerical
Methods
for
Partial
Differential
Equations
Electronic
Freedom
Foundation
Online
Statistics
Book.
|
| Computational
Science
Sites
Electronic
Freedom
Foundation
Freeware
APACHE
freeware
Web
Server
GNU
Octave
(freeware
"MATLAB"!)
Cygnus
GNU-stuff
ported
to
Windows
"Numerical
Recipes
in
C"
Online
The
Great
Internet
Mersenne
Prime
Search
(You
could
win
$50,000!!)
Excel-L
Excel
Spr
http://www.pitt.edu/~mawst48/comp.htm
| Junwoo's
Homepage
(Public
Links)
| Kesheng
John
Wu
Instersting
WWW
sites
China/Chinese
and
related
sites
Search
the
Net
News
Twin
Cities
Weather:
UofM
weather
gopher
or
INTELLiCast
Now
Showing
on
HotWired
Cyberscope
Features
NY
Times
(digest).
| Lars
Gustavssons
länksida.
Lars
Gustavsson
Some
of
my
favourites!
Search.
Altavista
på
svenska.
Altavista
översätter
åt
dig!.
Punkt.se.
Polarsearch.
Speciellt
bra
för
Norden.
Web
Crawler
Yahoo
Universities
and
interesting
companies.
Luleå
Tekniska
Universitet.
| | | |
| Physics
and
Fusion
Home
Page
Physics
and
Fusion
Home
Page
Welcome
to
my
physics
and
fusion
home
page.
There
are
introductions
to
fusion
via
magnetically
confined
plasmas,
plus
a
few
fields
of
physics
which
are
both
dear
to
my
heart
and
within
my
experience
as
a
scientist.
|
| DrosLinks
Back
to
Home
Page
Back
to
Mathematics
Home
Page
Most
Common
Links
Information
about
Mathematical
Reviews:
Mathematical
Reviews
on
the
Web |
Aerospace
| WWW
Virtual
Library:
Aerospace Welcome to the Embry-Riddle Aeronautical
University Virtual Library. Over 70,000 people use this resource
each month! |
| Internet
Aerospace
Links ...serving Web surfers since 1994 and under
constant construction! |
| NASA
Information Locator
Government Information Locator Service helps users identify
public NASA information sources. Browse the title catalog and read
the FAQs. |
| NASA
Tech
Report
Server Quick
Start More
Info Searching
Tips What's
New Give
Feedback About NTRS |
| NASA
Langley
Home
Page NASA
Langley Research Center in Hampton, VA. has been instrumental in
shaping aerospace history for more than eight decades. Established
in 1917 as the first national civil aeronautics laboratory, NASA
Langley has become a world-class center for aeronautics,
earth science, space
technology and structures
and materials research |
| NASA
Lewis
Home
Page Welcome to the NASA Glenn Research Center.
Since 1941, we have been pioneers and innovators who have expanded
horizons and opened frontiers for our explorers in air and space.
Our Center defines and develops propulsion, space electrical power,
and communications technologies for NASA's aeronautics and space
missions. |
| The
Hubble
Deep
Field The HDF
Project including information on getting raw data.
Alternate sites for HDF information and data:
|
| Comet
Shoemaker-Levy
9 From July 16 through July 22, 1994, fragments of
Comet P/Shoemaker-Levy 9 collided with Jupiter, with dramatic
effect. This was the first collision of two solar system bodies ever
to be observed. Shoemaker-Levy 9 consists of 20 discernable
fragments with diameters estimated at up to 2 kilometers, which
impacted the planet at 60 km/s. The impacts resulted in plumes many
thousands of kilometers high, hot "bubbles" of gas in the
atmosphere, and large dark "scars" on the atmosphere which
have lifetimes at least on the order of weeks. Smaller bits and dust
continue to impact the planet. Shoemaker-Levy 9 is gone, but as the
Earth- and space-based images show, it did not go quietly. |
| Stanford
Aerodynamics Welcome to the Aircraft Aerodynamics
and Design Group, a research lab in Stanford
University's Department of Aeronautics
and Astronautics. The Aircraft Aerodynamics and Design
Group at Stanford University is involved with research in applied
aerodynamics and aircraft design. Our work ranges from the
development of computational and experimental methods for
aerodynamic analysis to studies of unconventional aircraft concepts
and new architectures for multidisciplinary design optimization. |
| MIT
Comp
Aero
Lab The MIT Fluid Dynamics Research Laboratory (FDRL)
is a research laboratory in the Department of Aeronautics and
Astronautics focused on the development of improved design and
analysis tools for internal and external flows. |
| Lockheed
Martin
Corporation Lockheed Martin is a customer focused,
global enterprise principally engaged in the research, design,
development, manufacture and integration of advanced technology
systems, products, and services for government and commercial
customers. Lockheed Martin operates in the same context as its
customers and is deeply involved in solving the problems and meeting
the demands and expectations of its customers. Moreover, it leads
the way in showing customers new systems-based possibilities and
opportunities. |
| Introduction
to
computational
fluid
dynamics
(ie
CFD)
Home
Introduction
to
Computational
Fluid
Dynamics
What
is
fluid
flow?
What
is
CFD?
How
old
is
CFD?
What
use
is
CFD?
How
does
CFD
make
predictions?
Can
CFD
be
trusted?
What
CFD
can
and
can
NOT
do
How
does
one
become
a
CFD
User?
| Introduction
course:
CFD
in
Hydraulic
Engineering
[
Index
|
University
|
Faculty
|
Civil
Engineering
|
Water
Management
Research
Centre
]
Introduction
course:
CFD
in
Hydraulic
Engineering
Computational
Fluid
Dynamics
is
presently
a
standard
tool
in
mechanical
and
aerospace
engineering.
| An
introduction
to
CFD
Computational
Fluid
Dynamics
(CFD)
The
Physical
aspects
of
any
fluid
flow
are
governed
by
three
fundamental
principles:
Mass
is
conserved;
Newton's
second
law
and
Energy
is
conserved.
| | |
| Introduction
to
ICEM
CFD
4.0
Introduction
to
ICEM
CFD
4.0
ICEM
CFD
4.0
provides
the
user
with
a
new
unified
environment
for
mesh
generation.
It
combines
the
following
functionality
under
a
single
GUI:
ICEM
CFD
MANAGER.
| CFD
Study
home
:
mail
:
nepal
Home
Mount
Everest
Photo
Gallery
Website
Design
CFD
Motorcycles
FLOWMASTER
Links
Guest
Book
Email
Me
Using
CFD
(Computational
Fluid
Dynamics)
to
Analyse
the
Air
Flow
Around
a
Motorcycle
Crash
Helmet. |
|
| Computational
fluid
dynamics
(CFD)
for
motorsport Computational Fluid Dynamics plays an
increasingly important role in the design and analysis of both
external vehicle aerodynamics and sub-component design. The aim of
this module is to provide an introduction to the use and application
of CFD as a design tool, providing complementary background theory
and hands-on experience of a typical commercial CFD pre-processor,
solver and post-processor package.
|
| CFD
Zone
-
Intro
to
CFD No password is required to enter
this site. We only ask that you use an ID name that is easy for you
to remember. This helps us monitor which parts of the site are most
interesteing and which parts could be improved. |
| What
is
Computational
Fluid
Dynamics? Computational
Fluid Dynamics (CFD) has grown from a mathematical curiosity to
become an essential tool in almost every branch of fluid dynamics,
from aerospace propulsion to weather prediction. This is mirrored by
the CFD activities at Cranfield, where individual research
programmes together embrace a broad portfolio of research and
teaching across the University. Throughout
the University Computational Fluid Dynamics has a presence at all
levels, from taught Masters courses, through post-graduate research
degrees to post-graduate, professional and academic research
positions. The menu to the left and below will allow you to
discover more about CFD at Cranfield. |
| Introduction
to
Computational
Fluid
Dynamics,
by
CHAM CFD is predicting what will happen,
quantitatively, when fluids flow, often with the complications of:
 | simultaneous flow of heat,
| mass transfer (eg perspiration, dissolution),
| phase change (eg melting, freezing, boiling),
| chemical reaction (eg combustion, rusting),
| mechanical movement (eg of pistons, fans, rudders),
| stresses in and displacement of immersed or surrounding
solids. |
| | | | |
|
| CFD
101,
by
Flow
Science Software packages for fluid flow and heat
transfer analysis come in many forms. At the very least, these
packages differ greatly in their physical approximations and
numerical solution techniques, which makes the selection of a
suitable package a challenging proposition. The following discussion
covers some important items to consider when choosing simulation
software. |
| Tons
of
CFD
govt
tech
repts
now
available Google seach for articles. |
| CFDnet
-
Computational
Fluid
Dynamics
on
the
Internet CFDnet provides users with interactive
Internet-based access to powerful server-side meshing, solving, and
solution visualization routines for solving practical engineering
problems in fluid flow. |
| John
Wiley
&
Sons
Journals |
| WWW
Virtual
Library:
Ed
Tech Welcome to EDUTECH
This site is maintained by TECFA at the University of Geneva,
Switzerland Faculty of Psychology and Educational Sciences (FPSE) |
| UVa
Physics
Teaching
Resources Our demonstrations laboratory welcomes
you with open arms. They have a plethora of ideas and equipment. You
can actually request demonstrations through mosaic. |
| Stanford
Knowledge
Systems
Laboratory The Knowledge Systems Lab (KSL)
conducts research in the core Artificial Intelligence areas of
knowledge representation and reasoning, within the Department
of Computer Science at Stanford
University. Current work focuses on design and development of
knowledge servers; multi-use ontologies, knowledge bases and
knowledge system modules; computational environments for modeling
the structure, behavior and functionality of physical devices;
compositional modeling; architectures for adaptive intelligent
systems; and knowledge-based systems for science, engineering and
defense applications. |
| USC
Integrated
Media
Systems
Center The explosion of integrated media over the
last decade has transformed virtually every arena of human activity
associated with communication and information. The power and
importance of this revolution are demonstrated in the focus of the
Integrated Media Systems Center (IMSC), a leader in the rapidly
growing and ever-changing field of multimedia. IMSC is developing a
computer-based environment that supports the creation, sharing,
distribution and effective communication of the multimodal
information across the boundaries of space and time. |
| Teaching
with
Electronic
Technology The World Wide Web sites collected on
this page reflect the considerable variety of uses for computing and
related forms of electronic technology in teaching. They are
arranged in no strict order, but tend to proceed from rather general
and theoretical resources to some instructive examples of specific
applications of technology to teaching and learning. Like many other
web sites, this one changes and grows as I find time to revise and
update these links. I am grateful to those who have made suggestions
and introduced me to additional resources. —Michael
L. Hall |
| Transforming
Educational
Materials
into
Electronic
Formats Many institutions are charging ahead to
make "handouts available on the Web" or "convert all
course materials into interactive multimedia" before analyzing
the situation and understanding the options available, much less the
long term repercussions. The purpose of this presentation and
document is to provide the background necessary to move forward into
the digital age of course materials with foresight and finesse,
choosing the right solutions for the right problems. |
| UVa
Tele-Tutoring gwTTS is a set of
interactive multimedia tools that enable instructors and students to
interact and collaborate remotely over a computer network. The
development of gwTTS is supported by the University
of Virginia, the National Science
Foundation (REU supplement), and Microsoft
Corporation. |
| NEEDS
Home
Page NEEDS is seeking submissions for the 2001
Premier Award for Excellence in Engineering Education Courseware.
Now in its fifth year, this award co-sponsored by John
Wiley and Sons seeks to recognize high-quality, non-commercial
courseware designed to enhance engineering education. |
| Videodiscovery
Videodisocovery is a publisher of innovative multimedia products
for science and math education. During its 17 years it has kept pace
with changing educational technology to bring the most appropriate
solutions to the K-12 classrooms. Videodiscovery's products include
extensive visual databases with lesson plans that fit with any
curriculum as well as critical thinking and problem solving
simulations that use lively dramatized video and computerized
performance assessment software to help teachers evaluate students'
scientific inquiry skills. We invite you to take a moment to explore
our product offerings, view a streaming video demo, or see how
Videodiscovery products are making a difference in student learning. |
| Software
Engineering
Institute Increasingly today, systems both in the
DoD and in the private sector critically depend on software for
their functionality. Eberhardt Rechtin, who was president of the
Aerospace Corporation, a director of the Defense Advanced Research
Projects Agency, an assistant secretary of defense
(telecommunications), and the chief engineer of Hewlett-Packard, has
written, "The advent of smart, software-intensive systems is
producing a true paradigm shift in system design. Software, long
treated as the glue that tied hardware elements together, is
becoming the center of system design and operation." |
| MERL--A
Mitsubishi
Electric
Research
Laboratory With its Headquarters in Cambridge MA,
Mitsubishi Electric Research Laboratories (MERL) consists of three
laboratories, two in Cambridge and one in New Jersey. |
| AACE--Assn.
for
the
Advancement.
of
Computing
in
Education AACE's membership includes: researchers,
developers, and practitioners in schools, colleges, and
universities; administrators, policy decision-makers, trainers,
adult educators, and other specialists in education, industry, and
the government with an interest in advancing knowledge and learning
with information technology in education. |
| Welcome
to
MATLAB
In
Education The MathWorks is the leading developer
and supplier of technical computing software in the world. Employing
more than 700 people, The MathWorks was founded in 1984 and is
headquartered in Natick, Massachusetts, with offices and
representatives throughout the world. The company has been
profitable every year since its inception and is privately held. |
| Computational
Science
Education CSEP is an electronic book for teaching
Computational Science and Engineering. The intended audience are
students in science and engineering at the advanced undergraduate
level and higher. Tutorials for freely available networking and
visualization software are included and have attracted a range of
users, including high-school students and people from the commercial
sector. |
| WinPipeD
WinPipeD is a full-featured
multiphase hydraulics analysis tool for Windows®. It is designed
for the study of pipe strings carrying multiphase oil-gas-water
fluids. As part of this study, it allows:
| Hydraulics (pressure, temperature, flow rate) calculations. |
| Nodal (inflow/outflow) analysis. |
| Parametric studies, varying up to three system parameters to
develop tables of hydraulics results. |
WinPipeD is suitable, among other things, for the study of
wellbores, flowlines and gathering systems. |
| Java
Applets
for
Engineering
Education Java Applets for Engineering Education. A
project funded by the National Science Foundation William
Devenport, Rakesh
Kapania, Kamal Rojiani, Kusum Singh (PIs) |
| The
Java
Virtual
Wind
Tunnel A Two Dimensional Computational Fluid Dynamics
Simulation. Version 1.0Beta1 |
| netCFD
What is
NetCFD?
NetCFD allows users to produce high quality meshes within minutes
for common types of mixer and reactor, for usage with CFD packages
CFX-4 and FLUENT 5. |
| e-CFD
Internet
Services E-CFD is a first-of-its-kind on-demand
engineering service for computational fluid dynamics (CFD) via the
internet. E-CFD offers users unparalled access to a large, secured
server and speed — even the most complex simulations runs can be
completed in hours or days ... instead of weeks. |
| cfdSHOP
We have the large selection of CFD software and documentation.
For your peace of mind, we use a secure on-line ordering system. |
| CFD
codes
list The CFD Codes List was originally compiled by
Tomasz Plewa (tomek@camk.edu.pl),
and is now being maintained by Wayne
Christopher at ICEM CFD
Engineering (wayne@icemcfd.com).
Please send all update requests to Wayne. This is the most recent
version of the list. |
| LANL
T-3
Home
Page The Fluid Dynamics Group (T-3) has a long
history of innovation in the field of Computational Fluid Dynamics
(CFD). A number of standard numerical techniques (such as PIC, MAC,
ICE, and ALE methods) were developed in T-3 during the late 1950's
and the 1960's. Now, in the 1990's, T-3 continues to be active at
the forefront of developments in CFD numerical techniques,
applications, and physics modeling. |
| W.
M.
Keck
Foundation
Computational
Fluid
Dynamics
Laboratory The W. M. Keck Laboratory for
Computational Fluid Dynamics (CFD) is located in the François-Xavier
Bagnoud Building, home of the Department
of Aerospace Engineering in the College
of Engineering at the University
of Michigan. Our group is comprised of faculty, post-doctoral
researchers, and graduate students. The emphasis of research done by
our group is on algorithm development and numerical simulations for
a variety of physical problems, including aerodynamics, space plasma
physics, hydraulics, aeroacoustics, combustion, and structural
dynamics. For more information on the laboratory or on CFD in
general, please explore our pages. |
| Internet
Aerospace
Links ...serving Web surfers since 1994 and under
constant construction! |
| Brown
University
Center
for
Fluid
Mechanics Established
in 1986, the Center for Fluid Mechanics, Turbulence and Computation
was founded to promote research at Brown
University in fluid mechanics, the study of turbulent flows and
transition phenomena, the use of scientific computation in fluid
mechanics research, and topics of related scientific interest.
Permanent members of the Center include faculty from the division of
Applied Mathematics, the division of Engineering as well as faculty
from other departments. Each year the Center attracts distinguished
visiting scientists and provides a strong program for post-doctoral
students, through sponsored research. |
| Tacoma
Narrows
Bridge
Failure On November 7, 1940, at approximately
11:00 AM, the first Tacoma Narrows suspension bridge collapsed due
to wind-induced vibrations. Situated
on the Tacoma Narrows in Puget Sound, near the city of Tacoma,
Washington, the bridge had only been open for traffic a few months. |
| NASA
Langley
Research
Center
Home
Page NASA
Langley Research Center in Hampton, VA. has been instrumental in
shaping aerospace history for more than eight decades. Established
in 1917 as the first national civil aeronautics laboratory, NASA
Langley has become a world-class center for aeronautics,
earth science, space
technology and structures
and materials research. |
| FedWorld
Beta
Home
Page Browse the FedWorld Information Network
|
| NASA
Online
Educational
Resources |
| U.S.
Department
of
Health
and
Human
Services
The Department of Health and Human Services is the United States
government's principal agency for protecting the health of all
Americans and providing essential human services, especially for
those who are least able to help themselves.
|
| AT&T
Research |
| The
Smithsonian
Institution
Home
Page Search,
What's New, Where
Do I Find? |
| Ocean
Planet
Homepage Ocean Planet, premiered at the
Smithsonian Institution's National
Museum of Natural History from April 1995 to April 1996, where
it attracted nearly two million visitors. This electronic online
companion exhibition contains all of the text and most of the panel
designs and images found in the traveling
exhibition. |
| The
Electronic
Embassy The Electronic Embassy Web site turned
five years old on May 1, 2000. When the site was launched, only two
of Washington's foreign embassies were on the Web. Now,
most of the embassies have homes on the Internet to complement their
addresses on Embassy Row. The embassy.org
site's Business Directories
allows companies serving the international community, and those
working, living, and traveling internationally, to find their
audience. |
| United
States
Information
Agency |
| Linpack
Benchmark
-
Java
Version This applet runs the Linpack
Benchmark in Java. The Linpack Benchmark is a numerically
intensive test that has been used for years to measure the floating
point performance of computers. To run the benchmark after the graph
loads hit "Press to run ...". |
|
