Engsofts

Inventium PreSys is an engineering simulation solution for the development of finite element analysis models. It offers an intuitive user interface with many streamlined functions, allowing fewer operation steps with a minimum amount of data entry along the way. Using PreSys, the user can analyze product designs, view simulation results and analyze/predict how the product will perform in a given circumstance.

ShipConstructor allows the best shipbuilders to see ROI on every project, or even on the current block about to be cut, no matter what. Seeing a quick ROI also means getting up and running quickly, without lengthy training times or delays caused by unfamiliar or unoptimized tools. Getting up to speed quickly plays an especially crucial role when it’s time for your organization to adjust to market demand. Being able to trust that no matter what level of experience your workforce has or where they’re located, your ability to accept a new project with confidence will not be jeopardized. The reality of global shipbuilding means that professionals who work on design, engineering, and construction can be in many different parts of the world. Working with a...

LS-OPT is a stand­alone De­sign Op­ti­miza­tion and Prob­a­bilis­tic Analy­sis pack­age with an in­ter­face to LS-DY­NA. In the “con­ven­tion­al de­sign” ap­proach, a de­sign is im­proved by eval­u­at­ing its “re­sponse” and mak­ing de­sign changes based on ex­pe­ri­ence or in­tu­ition. This ap­proach does not al­ways lead to the de­sired re­sult, that of a ‘best’ de­sign, since the de­sign ob­jec­tives are of­ten in con­flict. It is there­fore not al­ways clear how to change the de­sign to achieve the best com­pro­mise of these ob­jec­tives. A sys­tem­at­ic ap­proach can be ob­tained by us­ing an in­verse process of first spec­i­fy­ing the cri­te­ria and then com­put­ing the ‘best’ de­sign ac­cord­ing to a for­mu­la­tion. The im­prove­ment pro­ce­dure that in­cor­po­rates de­sign cri­te­ria in­to a math­e­mat­i­cal frame­work is re­ferred to as...

FLOW-3D CAST is a state-of-the-art metal casting simulation modeling platform that combines extraordinarily accurate modeling with versatility, ease of use, and high performance cloud computing capabilities. For every metal casting process, FLOW-3D CAST has a workspace ready to put you on a quick, intuitive path to modeling success. With 11 process workspaces, powerful post-processing, pioneering filling and solidification and defect analysis, FLOW-3D CAST delivers both the tools and roadmap for designing optimal casting solutions.

SEMCAD X Matterhorn V20.2 offers new features and major enhancements that further strengthen our customers’ in silico tool set for research, device design and optimization, and compliance evaluation. The highlights of SEMCAD X Matterhorn V20.2 in a nutshell: Python scripting: discover the power, flexibility, and comfort of SEMCAD X’s integration with JupyterLab together with the upgrade to Python V3.8 Dosimetry/compliance: SEMCAD X is compliant with the latest and forthcoming IEEE/IEC mmWave APD and SAR standards Reduced storage: results from full-wave simulations can now be automatically compressed, either on-the-fly or for already computed simulation results – resulting in massive file size savings (up to 20x) Productivity tools: explore a whole set of powerful new modelling tools and a streamlined graphical user interface (GUI) for an...

Xtensa Xplorer serves as a cockpit for basic design management, invocation of Tensilica processor configuration tools (Xtensa processor generator, TIE Compiler) and software development tools. Xtensa Xplorer is particularly useful for the development of TIE (Tensilica Instruction Extension) instructions – designer-defined instruction extensions to the Xtensa processor – that maximize performance for a particular application. Different Xtensa processor and TIE configurations can be saved, profiled against the target C/C++ software, and compared. Xtensa Xplorer even includes automated graphing tools that create spreadsheet-style comparison charts of performance. Xtensa Xplorer dramatically accelerates the processor optimization cycle by providing an automated, visual means of profiling and comparing different processor configurations. Since it only takes an hour for the Xtensa Processor Generator to create...

Sulis is a design for additive manufacturing (DfAM) solution that enables engineers to create complex lattice structures and fluid flow channels for use across a range of industries, including aerospace, automotive, medical, and industrial machinery. It’s a 3D printing design software tool that gives users unmatched customization tools and manufacturing checks. With a custom geometry kernel for tubes and an implicit design kernel for latticing, the highly automated AM manufacturing design software features and easy drag-and-drop functionality provides a real-time DfAM approach, enabling fast geometry creation for additive manufacturing (AM). Since Sulis is a CAD tool created specifically for AM, engineers can design parts that truly leverage the freedom of AM, unlocking the power of implicit geometry and reducing the...

Altair RapidMiner can help overcome the most challenging obstacles in your way. We offer a path to modernization for established data analytics teams as well as a path to automation for teams just getting started. We do this without requiring your organization to radically change your people, processes, computing environment, or existing data landscape, helping you achieve your data goals without changing who you are or what you have. Whether your organization requires an end-to-end data science platform or point solutions, Altair RapidMiner enables you to deliver the right tool at the right time to your diverse teams.

LFM Server is the most advanced solution available for accessing pre-registered laser scan data and working with it directly in 3D CAD systems. It is simple to use and offers unrivalled performance and functionality. There are many different 3D laser scanners and 3D CAD systems in use today. LFM Server has been developed to provide users with maximum freedom of choice of both scanning and design systems. It can read unstructured data from various scanner types; not only terrestrial laser scanners but also hand-held, mobile or aerial scanners. Designed to work with data from even the highest-resolution scanner, LFM Server enables users to work with datasets of unlimited size and exploit photorealistic, 360° BubbleViews™. Access and work with pre-registered 3D laser scan data with LFM Server. Compile point cloud...