Tags :tutorial Page 36

What\’s New in the FLOW-3D Version 10.1 Solver New developments in FLOW-3D version 10.1 include the hybrid shallow water/3D flow model, the addition of porous moving components to the general moving objects model, the addition of a spray cooling model, plastic deformations in the FEA model and a new model for cooling channels. Version 10.1 features extensive improvements to the accuracy and performance of the software, including a dramatic reduction in the size of the results files. In addition to the solver developments, there has been a major redesign of the graphical users interface to help users easier unleash the power and accuracy of FLOW-3D.Plastic deformationsTemperature-dependent yielding, based on the von Mises yield criterion, and plastic deformations (without hardening) have...

Processing Modflow 8.036 Processing ModflowTM (PMWIN) is a comprehensive integrated groundwater modeling system that is used by many organizations, such as research institutions, consulting firms, agencies, and entities of the United Nations. Processing Modflow 8 succeeds Processing Modflow Pro (7.x) and includes the following components. Intuitive graphical user interface to greatly simplify and clarify data input and result visualization processes that work with result files of practically unlimited file size (way greater than 2 GB). 3D finite-difference groundwater model MODFLOW. Supports multiple versions, including MODFLOW-96, MODFLOW-2000, MODFLOW-2005, and MODFLOW-NWT. Solute transport models MT3DMS (v5.3), MT3D, RT3D (v2.5), and MT3D99 (MT3D99 is sold separately by SSP&A.) Multicomponent reactive transport model PHT3D ( v2.17) that incorporates MT3DMS (v5.3) for the simulation of...

Weld Quality and Residual Stress Engineering – Process and Product SafetyWith simulation-based weld quality and residual stress engineering, you can: wq_benefits1.jpgCheck if the weld will perform as well as the parent material and will not affect the ability of the parent material to perform as stated in its material specificationChoose the best possible materialDetermine the best possible micro-structure after weldingEvaluate material exposureControl residual stressesMinimize tensile stresses to avoid bucklingProduct:ESI.WeldPlanner.2012 Lanaguage:english Platform:WIN32&WIN64 Size:1DVD

PAM-STAMP 2G is a complete, integrated, scalable and streamlined stamping solution. It covers the entire tooling process from quotation and die design through formability and try-out validation, including springback prediction and correction. It provides solutions-oriented tools for Automotive, Aerospace, and General stamping processes. PAM-STAMP 2G allows users to make decisions online, bringing together the design engineer, the material provider, the die designer and the try-out press shop from an early stage of the design right through to production. This web-enabled technology allows images, annotation, text and 3D, models to be shared, thus supporting a truly collaborative engineering environment.Product:ESI PAM-Stamp 2G 2012.1 Lanaguage:english Platform:WIN32&WIN64 Size:1DVD

Premier 2D / 3D Drafting and Detailing for Infrastructure Projects MicroStation PowerDraft is the premier application for the production of all types of project documentation for engineers, architects, geospatial professionals, constructors, and owners who need to document, detail, and map infrastructure projects. As a companion product to information modeling products from Bentley and others, MicroStation PowerDraft users can easily and reliably incorporate existing data and document projects of any scale in order to produce precise physical and digital deliverables. Its unmatched fidelity working with DWG and DGN data and extensive interoperability support for other data types like point clouds, geospatially referenced data, and raster imagery ensures that users can work seamlessly with an entire project team incorporating any information into...

CST STUDIO SUITE 2013CST is pleased to announce the 2013 version of its flagship electromagnetic simulation software CST STUDIO SUITE®. The result of years of research and development, CST STUDIO SUITE 2013 includes improvements and innovations at every level, from the optimized solver technology to the new Ribbon-based GUI. These advances enhance the performance, usability and versatility of CST STUDIO SUITE without and guide you through complex electromagnetic systems with ease.CST STUDIO SUITE benefits from an integrated design environment which gives access to the entire range of solver technology. System assembly and modeling facilitates multi-physics and co-simulation as well as the management of entire electromagnetic systems. CST STUDIO SUITE can offer considerable product to market advantages such as shorter development...

PTC Creo Illustrate couples superior 3D illustration capabilities with associative CAD data to deliver configuration-specific graphical information used to operate, service, and maintain products that accurately reflects the current product design. PTC Creo Illustrate offers a dedicated environment with the capabilities required to create rich, 3D technical illustrations that are used to communicate complex products and procedures clearly and graphically.PTC Creo Illustrate interprets heterogeneous CAD formats and is fully integrated with PTC Windchill, PTC Creo and PTC Arbortext products to deliver fast, up-to-date 3D technical and service information for the support of products throughout their lifecycle. In addition, this powerful software can restructure CAD engineering BOM to create information structure for parts and service procedures or other illustration purposes.Features &...

Power generation and propulsion markets have fostered innovation at NUMECA since the company was founded in 1992. Today, FINE™/Turbo and its unmatched meshing tool Autogrid5™, a fully automatic mesh generator for blade geometries, are known as pioneering products in the field of turbomachinery simulation. FINE™/Turbo is a turbomachinery-focused CFD suite with a grid generator, solver, and post-processor integrated into a single user-friendly interface. The fast, high-accuracy, multi-block structured Navier-Stokes solver at the core of FINE™/Turbo has been developed and validated for flow phenomena characteristic of turbomachinery, e.g. steady and unsteady rotor stator interactions. The solver is capable of simulating flows from low subsonic, using artificial compressibility, to hypersonic. The FINE™/Turbo solver has low computational costs in terms of RAM and...

FORGAS Reliable Integrated Gas and Oil Field PlanningFORGAS has proven to be a reliable and efficient solution to model some of the largest gas fields in the world. It is used to evaluate compression options, to determine drilling schedules, to quantify backout or field constraints, to evaluate gathering system modifications, and to investigate infilldrilling and competitive drainage options. Model, Optimize, Forecast Field Development Scheduling Reservoir to Sales Line Flow Assurance Acid Gas Disposal Gas Storage Hydrates Production Optimization CO2 Sequestration FORGAS allows the seamless modelling of reservoirs, wellbores, pipelines, and facilities in one interface for field forecasting and development scheduling. Combining the best in multiphase flow and PVT behaviour technology, FORGAS resolves simple and, more importantly, large and complex networks...

Surface Line Facility A Surface Line facility has been added to WELLFLO. The Surface Line facility will allow the users to add a Surface Line of up to 1 mile at the Wellhead.  This Surface Line facility allows for elevation, diameter and roughness changes.  However, it only supports a user specified fluid temperature profile for the Surface Line regardless of whether temperature calculations are done for the well.  The Surface Line facility can be added to the Wellhead Facilities under the following conditions: 1. The Well Direction is set to Production. 2. The Parametric option is NOT enabled. 3. The case does NOT have a Surface Line already added.  Only one Surface Line is allowed to be added per case.  The Surface Line facility has three tabs, a Profile, a Dimensions and a Stream Tab.          On the Profile tab, the user can specify the label for the Surface Line, the Elevation Profile (in terms of Distance and Elevation), and the Fluid Temperature at each elevation point.   On the Dimensions tab, the user can enter Diameter and Roughness information, including any changes along the length of the elevation profile.   Page 4of 6WELLFLO 8.3 Release Notes          On the Stream tab, the user can specify the pressure at the downstream end of the Surface Line, as long as the pressure is not already specified at the wellhead or bottomhole.   This new feature offers users the flexibility to create much more accurate models of their wells; including the interaction of the well with near wellhead surface piping. WELLFLO – Drillbench Data Sharing WELLFLO now was the capability to share well geometry information with Drillbench using the “Import From Drillbench” and “Export to Drillbench” functions found in the File Menu.  Page 5of 6WELLFLO 8.3 Release Notes The geometry information that is currently shared includes: 1) Drilling Profile information including: a. Vertical profile b. 2D profile c. 2D (KOP) profile d. 2D (TVD vs MD) profile e. 3D (XYZ) profile f. 3D (Min Curvature) profile. 2) Production Casing geometry. 3) External Casing geometry. 4) Tubing geometry.  When the user chooses to export data from WELLFLO to Drillbench, the standard “Save” dialog will appear.  The user can then select to either save the WELLFLO geometry information to an existing Drillbench (DML) file, or store it to a new file.  If saving to an existing DML file, only the drilling profile and tubular geometry information will be overwritten.  After the user has selected the DML file to export to, WELLFLO will export the geometry information, and then provide a status message. Similarly, when the user chooses to Import data from Drillbench into WELLFLO, the standard Open File Dialog will appear.  The user can Select the Drillbench file to import from, and WELLFLO will load the Drilling Profile and well geometry data.  If WELLFLO detects an overlap or disconnect between drill string sections or casing sections that is not supported by the software, the user will see an error message. It is expected that this import/export process will allow a much more streamlined workflow for clients who are using both WELLFLO and Drillbench for the simulation of their steady‐state and dynamic drilling operations.  Future releases of WELLFLO will include extensions of this feature to include other types of data used in the flow modelling of drilling operations. FlexLM‐based Licensing OptionProduct:neotec wellflo v8.30 Lanaguage:english Platform:WIN32&WIN64 Size:1CD