AVEVA Process Simulation brings agility to the entire process life cycle—design, simulation, training, and operations. Build an integrated digital twin for your entire plant life cycle and use the same process model throughout every engineering phase. Engineers can collaborate across disciplines in a single integrated platform to explore all dimensions of a potential design. For each engineering process, they’ll be able to quantify the impact on sustainability, feasibility, and profitability. Embrace digital transformation to reinvent process simulation Design a sustainable world Use custom modeling and built-in sustainability features to decarbonize your process plants and achieve net zero Streamline your workflows A single, easy-to-use interface replaces dozens of specialized programs throughout your plants’ life cycle Embrace digital transformation Access real-time data from...
Virtual Test Drive (VTD) is our toolkit for the creation, configuration, presentation and evaluation of virtual environments in the scope of road and rail based simulations. It is used for the development of ADAS and automated driving systems as well as the core for training simulators. It covers the full range from the generation of 3d content to the simulation of complex traffic scenarios and, finally, to the simulation of either simplified or physically driven sensors. It is used in SiL, DiL, ViL and HiL applications and may also be operated as co-simulations including 3rd party or custom packages. By its open and modular design it can easily be interfaced and integrated. General: Build Systems and Compilers: We’ve upgraded our...
SimManager is fully capable of helping companies leverage their most valuable engineering experts in the most efficient way, focused directly on meeting the complex needs of those working in simulation. It establishes and standardizes industry best practices, ensuring simulation quality is rigorously maintained. SimManager 2024.1, Simulation Process and Data Management (SPDM) solution helping markets across industries bring together people, process, and technology to streamline simulation operations. SimManager 2024.1 introduces a number of new features and enhancements, including: User Interface (UI) Improvements Enhanced Tag Management: Users can now delete and edit tags. A new API for managing tags has been introduced. New Chart Types: Parallel Coordinates chart for visualizing large datasets. Table chart for displaying numeric properties of seeds. Whiteboard Enhancements:...
The Adams Modeler is equipped with a powerful, next-generation pre- and post-processor, enabling you to render models with an incredibly realistic level of detail and physics. MSC Adams Modeler 2024.1 Tested Picture What’s New in Adams Modeler 2024.1 Machinery Read Only Support First phase of supporting bearings, gears and motors in read only mode. Native Data Spline Support for creation/modification of 2D/3D spline. These can be used in Motion/Force objects (currently limited to function expression manual reference method). Can also edit data splines from imported Adams Models and successful run the models. Improved Shell geometry support Convert shell geometry to Parasolid. Ability to select facetted geometry for geometric references in Modeler. Proper location of constraints and joints in model browser...
MSC CoSim embraces stability and usability, with diverse applications across various industries, helping you to solve complex multi-physics problems. Industries that benefit from co-simulation range from automotive, electronics, and aerospace to architecture, civil engineering, oil and gas, and life sciences. What’s New in MSC CoSim 2024.1 MSC CoSim 2024.1 features improved coupled analysis with Marc and scFLOW, and MSC Nastran and scFLOW. MSC CoSim 2024.1 also contains usability improvements for running jobs on Linux. New command specification options are also included in the graphic interface. Key highlights of MSC CoSim 2024.1 include: Enhancements in Marc and scFLOW coupling MSC CoSim 2024.1 adds the ability to restart a completed Marc/scFLOW coupled analysis. Use computational resources more efficiently by dividing complex jobs into...
Adams helps engineers to study the dynamics of moving parts, and how loads and forces are distributed throughout mechanical systems. MSC Adams 2024.1 Tested Picture What’s New in Adams 2024.1 Flexible rim in combination with CD-Tire Account for compliant Tire rim dynamics with CD-tire models and effect on driveline forces. Communicator 2D UI Phase 2 2D Schematic view for diagnosing communicator settings in Adams Car Fatigue calculation within Adams Rainflow count utility to predict component durability Single Leafspring without Shackle An additional leafspring type Adams Car – Edit in Template Edit templates more conveniently without changing user modes. AT extensions – Individual microgeometry per tooth Support for varying tooth geometry in gears to capture observed high frequency vibrations in powertrains...
MSC Nastran 2024.1 brings revolutionary capabilities for nonlinear solutions with SOL 400, high-performance computing improvements, enhanced rotordynamics, and powerful new NVH analysis tools. For complete MSC Nastran workflows, the recent release of MSC Apex 2024.1 offers more comprehensive support of MSC Nastran than ever before. Release Highlights New Capabilities Automatic Multi-level Reduction (AMSR): A brand-new unique method for static reductions for external superelements and external modules results in up to 10x faster speeds without compromising accuracy Symmetry constraints in topometry optimisation A new high-performance nonlinear solver in SOL 400 (NLPERF): Performance improvements: New DMAP flow, MUMPS solver, and parallel scaling up to 32 cores Convergence monitoring for tracking the job status, iteration file (.itr) and GUI monitor Friction convergence check in...
CAEfatigue 2024.1 include support for modal frequency domains, new test tools, native file support for Marc, and improvements to block loading. MSC CAEfatigue 2024.1 Tested Picture Release Highlights Some main highlights of this CAEfatigue 2024.1 release include the following: Modal frequency domain: The newest version supports modal stresses in the frequency domain when using solvers like MSC Nastran. This dramatically reduces disk space requirements, leading to shortened run times. New test tools: New test tools, such as Time2PSD updates, bounding diagonals, enveloping, modal contributions, channel contributions, new stats (kurtosis), DSP calculator, and software strain gauge are included. Native Marc file support : CAEfatigue now offers native file support for Marc file formats, including Marc H5 and T16 for lqstatic and lmtrans. Block Loading Improvements: A...
Easy5 simplifies the construction and analysis of such systems with a graphical, schematic-based application. A comprehensive set of pre-packaged components, stored in application-specific libraries, simplify the assembly of a representative model and facilitate quick and accurate system simulation. Engineers work within a familiar schematic drawing paradigm to add and specify data connections between components in an intuitive, simple-to-use, multi-level hierarchical modeling environment. Easy5 was developed and designed by engineers to efficiently solve real-world, industrial problems. For over forty years, through continuous improvement, Easy5 has remained the simulation tool of choice for many complex and difficult systems. MSC Easy5 2024.1 Release Highlights Steady-State Analysis in Easy5-Generated Cosimulation Functional Mockup Units (FMU) Steady-state analyses can now be run within Easy5-generated cosimulation FMUs,...
Simufact Welding is designed for modeling and simulation of a wide range of thermal joining processes by means of structural welding simulation including usual arc and beam welding processes as well as brazing. Additionally, Simufact Welding provides possibilities to model heat treatment processes, variations of cooling and unclamping setups as well as mechanical loading of welded structures. MSC Simufact Welding 2023.2 Tested Picture Simufact Welding benefits in a nutshell: Finite Element Method for highest accuracy One GUI for all simulation tasks – no need to switch between appications Broad field of application and multiple simulation results Flexible scaled simulation approach: Choose the right simulation approach for your individual situation Modular structure: Use what you need for your individual tasks
