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Software so easy, it has to be a Breeze
Includes system maintainance and troubleshooting tutorials.

Breeze Software provides access to High Performance Liquid Chromatography with high performance ease. Four simple screens provide real-time monitoring and maintain total control of your system. You’ll never be more than a few clicks away from your results. “How to” routines guide you through all operations of the HPLC process from instrument setup and control to processing and reporting final results. And because you can email reports via PDF (Portable Document Format) and EMF (Enhanced Metafile Format) files, Breeze Software presents a convenient approach to the total chromatography process. 

Software so easy, it has to be a Breeze

Make injections from single-screen control panel. 
Just input instrument parameters to create your method. Click the Single Injection icon, enter your injection parameters, click Inject and your sample is off and running. While it is 
eluting, you can observe the separation in a real-time display window.

When your separation is complete, use the Find Data menu to access and look at the raw data from your sample. You can export your raw data over local area networks or email as an 
ASCII or AIA file. 

The View Data menu is where you integrate and process peaks and preview your report. 

To create your report, simply click the Report icon and choose one of the many preformatted templates. You can send your report to a printer or save it as a Portable Document Format (PDF) and email it to acolleague. You can also save it in ASCII, AIA and as an Enhanced Metafile Format (EMF). 

FLOW-3D is a powerful modeling tool that gives engineers valuable insight into many physical flow processes. With special capabilities for accurately predicting free-surface flows, FLOW-3D is the ideal software to use in your design phase as well as in improving production processes.

EASE/EARS, the undisputed standard in computer assisted audio simulation gives sound designers an invaluable tool for previewing the performance of any sound system with astounding accuracy. EARS adds the feature of being able to listen to a sound system installation during the planning stage, that is, before it is built.





Advanced Acoustical and Analysis Tools for Contractors, Engineers and Acoustical Consultants In the last few years, Acoustic Simulation Programs have provided system designers with an invaluable tool for predicting the performance of a sound system. These programs take the guesswork out of system design help and eliminate costly mistakes, reduce installation time and make it easier to share design results with your client.

EASE, The Electro-Acoustic Simulator for Engineers, and EASE JR, its less sophisticated companion, have gained worldwide acceptance and recognition as the most advanced and accurate of all design programs.

The EARS binaural auralization program opens entirely new opprtunities by adding subjective listening to the list of evaluation tools available to everyone.

Computer Requirements
EASE, EASE JR and EARS run under MS-DOS version 3.3 or higher, on IBM or 100% compatible computers with an EGA or VGA graphics system. For the best performance, we recommend a 486 with clock speed of 33 MHz , or higher and a 120 MB or larger hard disk drive. 386’s must have a math coprocessor an a minimum clock speed of 33 MHz.
A color monitor is not absolutely required, but is highly recommended to take full advantage of the program’s color analysis capabilities. Epson standard and HP PaintJet, LaserJet and DeskJet printers are supported.

Find out how greater control, insight and speed deliver power through tighter integration, full process visibility and enhanced predictability! Breaking new ground for assembly simulation and validation, Tecnomatix 8 is the latest release of Siemens PLM Software’s digital manufacturing solution that greatly improves predictability enabling manufacturers to develop optimized production strategies, incorporate manufacturability into product designs, and to better emulate manufacturing environments for “real-world” process planning in a virtual environment.

Greater Control Through Tighter Integration.

Announcing Process Simulate on Teamcenter, Tecnomatix’ flagship simulation solution, Process Simulate is now directly integrated to Teamcenter, the most widely accepted lifecycle data management solution with 3,000,000 seats deployed. This is a major step in tighter integration toward greater control of assembly manufacturing operations and provides our customers easier access to a single source of manufacturing knowledge.

Greater Insight Through Full Process Visibility.

Today’s global marketplace drives complexity which can derail the best product plans. These plans rely on visibility into diverse collection of knowledge which can easily become distorted when coming from multiple sources. Tecnomatix 8 increases manufacturing insight through a single source of access to your enterprise data.


Greater Speed Through Enhanced Predictability.

In addition, we are releasing the next generation in robotic simulation and automation; Process Simulate Robotics. Full line-level simulation with enterprise data connectivity enhances predictability and speed to accurately predict cycle times beyond single station robotic work cells and into the entire line, including all device behavior and signaling. This is a significant release for global manufacturers who desire visibility to enterprise data and insight into highly automated robotic production systems.


iNFO:
http://www.plm.automation.siemens.com/en_us/products/tecnomatix/tecnomatix8/index.shtml

Hampson-Russell provides geophysical software including including Afi, Avo, eLog, Emerge, Geoview, ISMap, PRO4D, ProMC, Seisloader, Strata, and GLI3D

Deion:
Slope Stability Analysis by Simplified Bishop Method

Features:
Any shape of soil profile can be considered, 
Change any parameter and Enter/Click for immediate re-calculation 
Any consistent unit system can be used (SI is default) 
Very easy to learn and to use 
Several soil layers with different properties can be considered 
Single circle can be specified 
Single center can be specified and R range scanned by the program 
A grid of centers can be specified for minimum FS search 
Output of details can be requested-- down to slice weights 
Pore pressures are specified either by an ru coefficeient
or a fixed GWT elevation 
Data, results and a graph (cross-section) can be printed out 
Help screens explain the theory and the program usage 

Invensys Simsci Romeo v4.3.1

ROMeo is an advanced, unified modeling environment for both off-line and on-line optimization, designed to help maximize the profitability of refining, petrochemical, and chemical processes. Working within an easy-to-use, Microsoft Windows-based environment and enhanced by open application architecture, ROMeo lets you realize the benefits of process optimization across your entire enterprise. On-line modeling and equation-based optimization capabilities provide more accurate, current operating information to better manage changing market pressures, product values, energy costs, and equipment performance.

• "What-if" analyses improves product yields and quality
• Quickly identify and resolve problems 
• Reduce cost and increase profits by managing operating constraints
• Optimally use personnel, inventory, and capital resources 
• Ensure predictability in operations; avoid excursions 
• Accurate, current information for planning and operations

Key Features

With ROMeo, you model, simulate, and analyze your plant"s behavior and optimize performance, based on a wide range of operational and economic conditions. When you put the system on-line, you manage ongoing changes and report status all within the same environment. ROMeo is based on SimSci-Esscor"s next generation, open application architecture and provides a range of unique technologies and features you won"t find anywhere else:
• New True Multiuser Environment allows multiple users to share a single machine for ROMeo User added model as well as application development with independent workspaces.
• Enhanced Collocation model for solving differential equations.
• Enhanced XML-based reporting allows complete flexibility to the user to customize their reports.
• An integrated, algebraic modeling language that allows flexible, end-user customization and extension of library models.
• A unified modeling environment that allows complete flowsheet definition, setup simulation, data reconciliation, and optimization through a single, easy-to-use interface.
• A Windows-compliant PROVISION GUI that makes it easy to import PRO/II models into ROMeo and is interactive with other Windows compliant desktop applications.
• An equation-based optimization engine to substantially improve performance and support modeling of much larger problems.
• Proven thermodynamic module that ensures accurate and predictable results, the same module used in PRO/II and recognized as the "Gold Standard" in the refining industry.
• A suite of external data interfaces through ODBC, SQL, @aGlance, CORBA, and OLE standards. Based on a commercial, -oriented database, these simplify integration with other applications.
• An open, -oriented, client/server architecture that makes it easy to integrate other best-in-class technologies into the ROMeo application so you can better manage process, support, and improvement activities across your organization.

Applications

Use ROMeo for unit and/or plant-wide optimization involving:
• Crude units 
• FCCU - Main fractionator plant 
• Ethylene and other olefin plants 
• Gas plants including gas compression systems, separations, and turbo expansion plants 
• Other refinery and petrochemical process plants

Motor-CAD is a unique software package for the thermal analysis of electric motors and generators, used by many leading motor manufacturers and universities world wide. The software is used to provide rapid analysis of design and manufacturing changes. Its analytical based algorithms give instantaneous calculation speeds and allow "what-if" analysis in real time.
The software has a highly developed user interface that makes for easy data input and interpretation of results. The cross section of the motor to be analysed is input using the graphical editors shown below:
Both radial and axial cross-section editors are required such that the 3-dimensional aspects of heat transfer can be modeled. The visual feedback provided is useful for eliminating errors in data input and gives the user an indication of the main heat transfer paths. Many geometric configurations are available, i.e. motor types, housing types, mounting types, winding types, etc.
Below we see the visual feedback provided when inputting the motor winding details. The diagram gives an indication of the layered winding model used to calculate the temperature build up in the winding. The winding is automatically divided into several layers of different thermal conductivity. The slot fill is visually indicated by the amount of yellow copper to green insulation shown in the diagram.
Figure 3

Thermal Calculation

Deions:
Pipe Flow 3D is a professional tool that calculates pressure losses in single supply pipe work systems where the flows are already known.

The user must set the flows and then Pipe Flow 3D will analyse the pressure drops in the system.

It can help you to:

* Calculate the fluid friction pressure loss in individual pipes.
* Calculate the overall system pressure drop.
* Check the full flow rate will reach the pump.
* Check the NPSH available.

What is ELETOM?
ELETOM is a software that performs complete 2D inversion (and not the simple iterative deconvolution of the pseudo-sections) of surface electrical surveys with any measurement array (Wenner, dipole-dipole, pole-dipole, pole-pole, user defined arrays, mixed arrays) with a maximum of 64 electrode positions that can be added by the user as required.

ELETOM uses the finite elements method (FEM) in two dimensions to model the electrical response of the subsurface.

The elements that define the grid are trapezoidal in form to enable one to compensate any height differences between the electrode positions. The current dispersion in the third spatial dimension (perpendicular to the section of interest) is taken into consideration using Wannamaker"s correction.

When using ELETOM it is not necessary to specify any parameter to construct the grid. One only needs to enter the positions and numbering of the electrodes used in the survey measurements.

The iterative algorithm used to perform the inversion is based on the minimisation of the mean square error between field data and the data simulated by the FEM, according to the method proposed by Sasaki (1994).

The convergence of the algorithm is obtained by estimating a stabilisation (performed with the generalised reciprocal coefficients method) which is repeated during every iteration.

The reduction of the noise effect that is present in the data, is obtained through an iterative linear regression calculation (Ward, 1990) that enables one to compensate for the fact that it is impossible to know the statistical variance of each measurement.

The result is given by a precisely reconstructed real resistivity section (in two dimensions) which is equal to the smallest halved inter-electrode distance, with the possibility of selecting a set of colour shadings to enhance the anomalies that are present in the soil in the best possible way. The results can also be rendered as isoresistivity curves.