Engineering&Simulation Page 125

Plate\’n\’Sheet Professional Version 4.Unfolding software for commonly used shapes used in the Metals, Plastics and Insulation Industries.Stand-alone program. Does not require additional software.Print the pattern layout or export as a DXF file to CNC machine or other CAD softwarPlate \’n\’ Sheet Professional Software unfolds a wide range of the steel plate and sheetmetal shapes commonly used in the sheetmetal, piping and steel fabrication industries. It is both fast and easy to use. Ease of use and the comprehensive range of shapes and patterns offers flexibility and simplicity which saves the user time and money. It also reduces the possibility of mistakes and the subsequent loss of time, materials and moneyProduct:Plate \’n\’ Sheet v4.09.14 Lanaguage:english Platform:Winxp/Win7 Size:1CD

Plate\’n\’Sheet Professional Version 4.Unfolding software for commonly used shapes used in the Metals, Plastics and Insulation Industries.Stand-alone program. Does not require additional software.Print the pattern layout or export as a DXF file to CNC machine or other CAD softwarPlate \’n\’ Sheet Professional Software unfolds a wide range of the steel plate and sheetmetal shapes commonly used in the sheetmetal, piping and steel fabrication industries. It is both fast and easy to use. Ease of use and the comprehensive range of shapes and patterns offers flexibility and simplicity which saves the user time and money. It also reduces the possibility of mistakes and the subsequent loss of time, materials and moneyProduct:Plate \’n\’ Sheet v4.09.14 Lanaguage:english Platform:Winxp/Win7 Size:1CD

Plate\’n\’Sheet Professional Version 4.Unfolding software for commonly used shapes used in the Metals, Plastics and Insulation Industries.Stand-alone program. Does not require additional software.Print the pattern layout or export as a DXF file to CNC machine or other CAD softwarPlate \’n\’ Sheet Professional Software unfolds a wide range of the steel plate and sheetmetal shapes commonly used in the sheetmetal, piping and steel fabrication industries. It is both fast and easy to use. Ease of use and the comprehensive range of shapes and patterns offers flexibility and simplicity which saves the user time and money. It also reduces the possibility of mistakes and the subsequent loss of time, materials and moneyProduct:Plate \’n\’ Sheet v4.09.14 Lanaguage:english Platform:Winxp/Win7 Size:1CD

WellFlo systems analysis software is a powerful and simple-to-use stand-alone application to design, model, optimize and troubleshoot individual oil and gas wells, whether naturally flowing or artificially lifted. With this software, the engineer builds well models, using a guided step-by-step well configuration interface. These accurate and rigorous models display the behavior of reservoir inflow, well tubing and surface pipeline flow, for any reservoir fluid. Using WellFlo software results in more effective capital expenditure by enhancing the design of wells and completions, reduces operating expenditure by finding and curing production problems and enhances revenues by improving well performance. For over a decade, WellFlo software has been trusted by petroleum engineers around the world to solve their most challenging production engineering problems....

UniSim ® Design is an intuitive and interactive process modeling offering that enables engineers to create steady-state and dynamic models for plant design, performance monitoring, troubleshooting, operational improvement, business planning and asset management. It provides users the best-in-class technologies and comprehensive features, along with Honeywell\’s domain expertise in process simulation and operator training. Using industry-specific unit operation models and powerful tools to optimize operating parameters for feedstock changes, UniSim Design enables the steady-state simulation of oil and gas, refining, chemical, and other processes. Further, the user is empowered to interactively make decisions by getting immediate responses to assumptions using a high-speed engine with backward calculation capabilities. UniSim Design’s dynamic simulation capabilities allow steady state models to be extended to transient...

Our simulator technology is regularly challenged to extend areas of application and document accuracy. The OLGA 7 release contains enhancements realized through the OLGA Verification and Improvement Project (OVIP), the research programs in HORIZON, the CO2 modelling project and other endeavours. New features include: · Easy to use interface and workflows · OLGA High Definition model for stratified flow · Open framework for easy integration The OLGA 7 graphical interface provides a wide range of tools, workflows and workspaces to efficiently give the required simulator input to perform all your studies. The interface also offers powerful analysis tools to visualise, export and ultimately understand and communicate the dynamics of the simulated model. Accurate pre-processing and comprehensive post-processing of simulation cases...

gPROMS is a platform for high-fidelity predictive modelling for the process industries. Its main applications are in model-based engineering activities for process and equipment development and design, and optimisation of process operations. gPROMS is applied by major process and technology organisations throughout the world, across many application areas in all process sectors. It is also used for research and teaching at 200 academic institutions worldwide. At the heart of the gPROMS platform is the gPROMS ModelBuilder, the leading custom modelling environment for the process industries. ModelBuilder\’s process modelling, process simulation and optimisation capabilities are used to generate high-accuracy predictive information for decision support in product and process innovation, design and operation. gPROMS platform products have many major advantages over other...

Streamlined workflows using interpretation models, plots and summation reports are achieved through fully interactive parameter and cutoff changes. Complete data editing and petrophysical solutions all in one PC package Portable license allows you to disconnect from your corporate database and work offline Estimate missing data or facies using Neural Networks statistical prediction logic Process fluid substitution for the sand laminations using the new Laminated Fluid Substitution module Quantify uncertainties of log analyses using Monte Carlo simulation Link to many real time data sources for instant interpretation decisions Move into the future with the only commercial saturation height modeling functions Perform dip picking on image logs Schlumberger Interactive Petrophysics 3.6 Calculate water saturation from cased hole sigma data for individual or...

Streamlined workflows using interpretation models, plots and summation reports are achieved through fully interactive parameter and cutoff changes. Complete data editing and petrophysical solutions all in one PC package Portable license allows you to disconnect from your corporate database and work offline Estimate missing data or facies using Neural Networks statistical prediction logic Process fluid substitution for the sand laminations using the new Laminated Fluid Substitution module Quantify uncertainties of log analyses using Monte Carlo simulation Link to many real time data sources for instant interpretation decisions Move into the future with the only commercial saturation height modeling functions Perform dip picking on image logs Schlumberger Interactive Petrophysics 3.6 Calculate water saturation from cased hole sigma data for individual or...

Phast 6.6 will provide more transparency within the risk results and significant improvements in the accuracy with which explosion risks can be assessed in areas of congestion and around occupied buildings. It will also allow more detailed definition of model geometry, specifically in terms of defining degrees and areas ofcongestion and location and strength of individual buildings, and the risks within and around those buildings. The phased development of multi-component modelling continues with this new version of Phast. Following implementation of the new property system in the previous version, work has continued to introduce the capability of modelling multi-component discharge and dispersion. This will be restricted to cases that do not rain-out in this release, but development of this significant...