Dr. Roland Braun Rock Mechanics Services offered for the determination of in situ stresses and rock parameters, followed by numerical stability analysis for the optimization of drilling and geotechnical projects. http://www.dr-roland-braun.com/
CANES Homepage Website of research center dedicated to the study of high power computing in engineering analysis and design. http://www.ntu.edu.sg/canes/
[ . . Numerical Modelling . . ] Has developed its own FEM programme with interchangeble kernels for sensor and actuator devices, for magnetostatic analysis, electro harmonic analysis and eddy current analysis, for modeling reactive flow as for example fuel cells, and for modeling driftdiffusion. of holes and electrons in semiconductor devices. http://www.nmtec.ch
SourcePro Analysis Objectoriented numerical computation class-library from Rogue Wave. http://www.roguewave.com/products/sourcepro/analysis/
Extractions: Deliver effective C++ applications - on time, on budget, and to specification! SourcePro Analysis includes a broad range of C++ classes for dealing with everything from basic math to specialized issues: Learn more about SourcePro Analysis today! To receive a custom quote for SourcePro Analysis, please fill out our Request for Quote form . Or contact your local sales representative New for SourcePro Analysis in Edition 6!
Extractions: Products Applications Solutions Support ... Contact Company Menu Overview Partners Advantage News Customers Officers Overview Founded in 1995, Synaps , Inc. provides optimization and software integration technology to engineers at world-class organizations such as Airbus, Bombardier, Textron, Timken and Sandia National Labs. The recent acquisition of Synaps by Engineous Software now allows organizations to access the market's leading Process Integration and Design Optimization (PIDO) solutions from one company, Engineous Software. Synaps Epogy software quickly and efficiently couples your CAE tools, both commercial and in house, into a single application. Navigate this website for an overview on the benefits of Epogy and other Synaps solutions. The mission of Synaps is to provide our clients with software tools that accelerate their research and development. Engineous Software Please visit Engineous Software for more information on how Engineous technology is helping our customers to: Reduce design cycle time through integrated design workflow.
Electromagnetics Models, Prototyping, Simulation Professional engineering services in Ontario, Canada. numerical electromagnetics prototypes and analysis of antennas, scatterers and coupled structures in support of system design, troubleshooting and compliance assessment. http://www.emproto.com/
Tellus - Series A encompasses dynamic meteorology, climatology and oceanography, including numerical modelling, synoptic meteorology, weather forecasting and climate analysis. http://www.blackwellmunksgaard.dk/tidsskrifter.nsf/a3b40ef0ca9b8d86c1256a1600500
BALTEX Home Page BALTEX is designed as a cage experiment to assess the total heat and water flux divergence of the BALTEX area. The basic BALTEX programme elements include numerical modelling, data assimilation, experimental and numerical process studies, reanalysis of existing data sets, and application of remote sensing. http://aragorn.gkss.de/deutsch/Baltex/
Extractions: Home Services (overview) Software cost estimating Management metrics ... Contact us Numerical Science is a London-based firm of software consultants. We provide specialist services to leading companies and organisations to support the planning and management of software projects. Successful project decision-making depends on a sound grasp of software costs and what drives them - we measure and analyse development and maintenance activities so that software, projects and processes can be understood, controlled and optimised. Our clients may be considering sourcing options, or planning critical projects. They may need to demonstrate business value, or require more effective information to achieve project goals. In situations like these we empower management by putting numbers to software decisions.
The Engineering Vibration Toolbox Including single degree of freedom response, response spectrum, finite elements, numerical integration, modal analysis and phase plane analysis. http://www.cs.wright.edu/people/faculty/jslater/vtoolbox/vtoolbox.html
Extractions: Joseph C. Slater Overview Most Recent Update Faculty/Instructors/GTAs ... Downloads The Engineering Vibration Toolbox is a set of over 35 educational programs and associated files written in M ATLAB by Joseph C. Slater . It can be run on any platform supported by M ATLAB (Mac, Windows, VMS, Unix). Also included are help files, examples, and files containing raw experimental data. The codes include single degree of freedom response, response spectrum, finite elements, numerical integration, modal analysis and phase plane analysis. It is included free with the text "Engineering Vibration" by Dr. Daniel J. Inman Prentice Hall , 1994). The version for use with student versions of M ATLAB 3.5 is bundled with older printings of the book (PC version, Mac version available from the MathWorks, Inc. ). It is still available on the download page. No other toolboxes are required to run this new version. The files are also distributed on 3.5" disk by the MathWorks, Inc as stated in the back of the text (at least in some printings!).
SLICOT Subroutine library providing Fortran 77 implementations of numerical algorithms for computations in systems and control theory. Based on numerical linear algebra routines from BLAS and LAPACK libraries, SLICOT provides methods for the design and analysis of control systems. Freeware for scientific (noncommercial) use http://www.win.tue.nl/niconet/NIC2/slicot.html
Extractions: The Control and Systems Library SLICOT The freeware subroutine library SLICOT provides Fortran 77 implementations of numerical algorithms for computations in systems and control theory. Based on numerical linear algebra routines from BLAS and LAPACK libraries, SLICOT provides methods for the design and analysis of control systems. The basic ideas behind the library are: 1. usefulness of algorithms;
Welcome To MIT GmbH Data mining and clustering software for numerical and textual data. Main product is DataEngine. Interfaces to LabView and BridgeView. DataEngine is a software tool for data analysis in which fuzzy rules, fuzzy clustering, neural networks and fuzzy neural systems are offered in combination with mathematics, statistics and signal processing. http://www.mitgmbh.de
National Hurricane Center / Tropical Prediction Center The official source of advisories, warnings, forecasts, and strike probabilities for all tropical depressions and named storms. With satellite views, radar images, numerical data, and detailed analysis. http://www.nhc.noaa.gov/
Cybernet Systems Co.,Ltd Providing a variety of Computer Aided Engineering (CAE)software, covering numerical computation/visualization, structural analysis, optical design, fluid dynamics analysis and EDA to Japanese market. Also offer software development and training. http://www.cybernet.co.jp/english/
Extractions: Digital Engineering Solution Innovator With the progress in globalization and deregulation, companies are now faced with an era that necessitates reforms. The scale of investment necessary to launch a new product into the market is tremendous; this is particularly true in manufacturing. To remain competitive the product needs to enter the market faster and at a lower price. DIGITAL ENGINEERING (i.e. engineering utilizing CAD/CAM/CAE) systems aiming to revolutionalizing research and development, design and production processes, which have been introduced and adopted by a number of companies, now bear fruits and become indispensable to their competition for new product development. Every engineer can benefit from improved performance and reduced costs of PCs and workstations, which promote a digital engineering environment equipped with analysis/simulation software (CAE). This proliferation of digital engineering environment results in increased demand for CAE software. The company has been providing advanced systems, software and services in the field of scientific/technical computing and engineering since its inception as Japan CDC, Japan office of super computer manufacturer Control Data System of the United States. While accumulating know-how through approximately 30 years of experience, we have been able to achieve steady growth. We, at Cybernet Systems, provide a wide range of world class analysis/simulation software and services, from structural analysis, acoustic analysis, mechanical analysis, communications system analysis, signal processing, image processing, optical design, illumination analysis to electronics circuit analysis. Our aim, as a leading company in such fields, is to provide world class software and consulting/educational services to our clientele; largely servicing the automobile, electronics, communications, machinery, precision machinery industries and educational/research institutions to their satisfaction, and ultimately to contribute to the development of information society and innovation in scientific technologies.
BIT Homepage Development and analysis of numerical methods and the design and use of algorithms for scientific computing. Table of contents starting 1993, search engine. Full text to subscribers. http://math.liu.se/BIT/
Mike Giles University of Oxford. Development and analysis of numerical methods for partial differential equations, particularly in computational fluid dynamics; parallel and distributed computing. http://web.comlab.ox.ac.uk/oucl/people/mike.giles.html
Graphics And Analysis Software high resolution numerical simulations threaten to overwhelm us with gigabytes of numbers devoid of meaning, we must develop and use data analysis and graphing http://stommel.tamu.edu/~baum/ocean_graphics.html
Extractions: format 1995-2004 by S. Baum As the data we collect from high-bandwidth instruments (e.g. sensors on satellites) and the output we obtain from high resolution numerical simulations threaten to overwhelm us with gigabytes of numbers devoid of meaning, we must develop and use data analysis and graphing tools as complicated as, if not more so, those used to produce the numbers. Fortunately, for the folks who need to use such tools and don't have a year or so to spare designing and building one, there are quite a few of these tools freely available on the Web. Some are the finished products of research groups (or, in some cases, individuals), and some are continually being developed and welcome user input for improvements or additions. I've collected these tools and list them below in in three broad categories which (inevitably) overlap to some extent. The first group contains links to software that is chiefly designed for graphing 2-D (and less often but moreso all the time 3-D) data. These range from the simplest (in concept and design) packages for quickly drawing 2-D graphs to systems for creating 3-D graphs with animation, ray-tracing, texture-mapping, and various other capabilities. As you might expect, the more complicated the package gets the more onerous are the hardware requirements. Most of the packages also contain simple data handling capabilities such as multiplying the data being plotted by a constant, although that is not their main purpose.
Xu, Jinchao Pennsylvania State University. numerical methods for PDEs and in particular finite element methods; multigrid methods for theoretical analysis, algorithmic developments and practical applications. http://www.math.psu.edu/xu/
