Engineering&Simulation Page 9

Simerics MP: Full field fluid application simulation software Simerics-MP has core 3D CFD computing capabilities and physical models, enabling accurate simulation of various fluid application problems, including single-phase/multiphase flow, turbulence, cavitation/gasification, heat conduction/mass transfer, particle, fluid solid coupling, and multi-component mixing. Simerics MP is embedded with the most complete physical model, which can achieve rapid generation, simulation, and accurate prediction of fluid models. In the case of MPI (Multi Machine Distributed) parallelism, higher solving speed can also be achieved. At the same time, the software can also establish and reflect the details of complex models at the micro scale. (2) Simerics MP+: Advanced Industry Application Simulation Software On the basis of possessing all the functions of Simerics MP, Simerics MP+has...

Powerful Structural Engineering Software – ProtaStructure Suite ProtaStructure is a structural analysis and design software that step forward with its innovative BIM software (Building Information Modeling) for structural engineers to model, analyze and design buildings quickly and accurately. From one central model, easily compare different schemes and automate your steel design, reinforced concrete design and steel connection design significantly reducing project delivery time thanks to steel structure detailing and connection design software, ProtaSteel. Use advanced integrated features including grouped member design, 3D Finite Element Analysis, staged construction, P-Delta Analysis and seismic design, foundations and punching shear checks to quickly produce results. Produce high quality structural drawings and all structural design documentation from ProtaStructure automatically using ProtaDetails and ProtaSteel. Seamlessly coordinate...

JMatPro is the simulation software with which a wide range of properties of technical alloys can be easily calculated. The solution has been highly valued in industry and research for years due to its ease of use and solid results for practical applications. With the new version 14, the already versatile possibilities of JMatPro® have been significantly expanded once again with a focus on steel and aluminium. The optimisation of alloys and manufacturing processes as well as the generation of consistent material cards for FEM simulation can make a significant contribution to reducing material and energy costs. Unique Selling Points JMatPro® is unique worldwide by the combination of solid and user-friendly thermodynamics (CalPhaD) together with the calculation of material properties...

The MAK ONE Multi-Domain Computer Generated Forces Fill your synthetic environment with urban, battlefield, maritime, air, and space activity using this powerful and flexible computer-generated forces platform.​ VR-Forces simulates the full range of domains that coexist as the whole earth – from the ocean floor to the elliptical orbits around our planet. Simulate your entities, their relationships to one another, the terrains they live on, the localized weather systems and the environmental effectors to meet your simulation needs. Build complex scenarios, monitor and control multiple entities with ease. Easily drag and drop your forces, create routes and waypoints and build entity or unit plans with a few clicks. Then monitor and control multiple air, ground, maritime and space assets at...

LDRA Testbed together with TBvision provide static and dynamic analysis, along with visualizations, to easily understand and navigate standards compliance, quality metrics, and code coverage analyses. What are LDRA Testbed and TBvision? What coding standards are supported? What types of structural coverage analysis are supported? What add-on components are available? What supplementary reports are available? Additional information What are LDRA Testbed and TBvision? Static analysis is a generic term that includes any validation and verification (V&V) technique based on an automated “inspection” of the source code. Conversely, dynamic analysis includes any V&V technique that involves the execution of some or all of the code base. The LDRA Testbed component of the LDRA tool suite provides the core static analysis and...

PLEXOS is a powerful simulation engine that provides analysis and decision support for modelers, generators, and market analysts – providing flexible and accurate simulations in the electricity, water, natural gas, and renewable energy markets. PLEXOS ® Enable you to unify all data streams at any granularity into a unified energy modeling and prediction platform. Its powerful simulation engine analyzes regional and node energy models, ranging from long-term investment planning to medium-term operational planning, and then to short-term, hourly, and hourly market simulations. Although other simulation software only models the energy market separately, PLEXOS allows you to understand the market changes in the entire energy sector. The ultimate result is an energy market simulation that can be jointly optimized and interdependent,...

PEAKS® Studio 11 is the next generation of the Studio platform and features a completely redesigned architecture to provide increased speed and stability. With the updated Graphical User Interface, users still get the intuitive data visualisation that PEAKS is known for but with a new look and optimised workflows to streamline your data analysis. From DDA to DIA data support, PEAKS Studio 11 provides a complete solution to bring your research to new heights! PEAKS 11 uses the latest PEAKS algorithm for all analyses, including data loading/refinement, identification and quantification. New to PEAKS Studio 11 users have the option to use Deep learning-boosted ID workflows for DDA analysis to increase of identification rate over 10%. Feature-based identification workflow to increase sensitivity and maximise...

IBM Engineering Systems Design Rhapsody What’s new Activity Diagrams: display of operation name without owner’s name For call operation elements in activity diagrams, it is now possible to specify that the operation name should be displayed without its owner’s name (for example, without the name of the class that it belongs to). AUTOSAR: new profiles added For AUTOSAR models, the following new profiles are now available: AUTOSAR_450_R1911 (adaptive profile) and AUTOSAR_450 (classic profile). Authoring and ARXML import/export are available for both these profiles. Diagrams: auto-selection of elements for Populate Diagram Elements on diagrams that allow “Populate Diagram” now have a pop-up menu entry called “Populate…”. If you select a diagram element and then select the “Populate…” option, the element will...

Support for Visual Studio Code You can now leverage Jtest’s static analysis and coverage display capabilities in Visual Studio Code IDE. Jtest ships with an extension for Visual Studio Code, which allows you to run static code analysis, integrate with DTP to publish and download static analysis results, review the code coverage results directly in the IDE, and more. See Extension for Visual Studio Code for details. The Jtest extension for Visual Studio Code is available at the Visual Studio Code Marketplace. Visit https://marketplace.visualstudio.com/vscode for the most recent updates. Code Coverage Enhancements Jtest includes a new standalone coverage tool (jtestcov) with extended capabilities for creating coverage reports that can be easily incorporated into different testing flows. QA teams can now...

STK 12.7 Feature highlights Satellite Collection You can now use Satellite Collection objects as endpoints for object lines in the 2D and 3D Graphics windows. You can now create a Satellite Collection object from a set of SP3 files (often used to model satellite navigational systems). Satellite Collection subset graphics options can now be saved to the default Satellite Collection file, allowing for subsets to be shown automatically when new Satellite Collection objects are created. You can now create your own Satellite Collection subset from the Satellite Collection Definition properties page using a new Add button and the accompanying dialog box. For instance, you may create subsets based on filters derived from metadata contained in the database used to define...