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...
Materialise Ansys Simulation 4.0 Improve part quality and reduce errors in your production by simulating the metal additive manufacturing (AM) build process. Benefits Minimize time-to-market and development costs Assess part distortion to effectively position and adapt support structures. Minimize expensive test builds, speed up time-to-market, and reduce development costs. Reduce scrap rate Predict different build risks of large parts prone to residual stresses and distortion. Identify build failure using robust AM process simulations. Improve product quality and accuracy Avoid overheating and achieve better surface quality. Generate compensated part geometry to improve geometrical accuracy. Validate data preparation Simulate and assess part orientation for AM processes and add support where needed. Use simulation results to make impactful decisions on the part preparation.
With e-Stage for Metal+, you can fully automate support generation to achieve these goals during every stage — from data preparation to post-processing. Benefits Streamline data preparation Reduce your time spent on support design by up to 90% while minimizing human error and build crash risk. e-Stage for Metal+ automates support generation to ensure proper stabilization and prevent deformations in your build. Reduce time spent removing supports With easy-to-remove, needle-thin contact points and a flexible grid structure, you’ll remove almost 100% of the excess powder from the support structure and lower risks related to your operators’ health and security (HSE). Simplify post-processing Generate only the support structures you truly need to significantly reduce post-processing time compared to traditional support generation...
Hydrostar is a powerful 3D diffraction/radiation software based on potential theory for wave-body interactions. It takes into account multi-body interaction, effects of forward speed and internal liquid motions. Bureau Veritas HydroStar 2024 v8.3.2 Tested Picture Hydrostar has been extensively tested and validated through comparison with semi-analytical studies, numerical results from recognized tools and experimental data. It was conceived to enhance an asset’s technical excellence and productivity. The software provides numerous advantages and functionalities to meet high-level requirements, including: Dynamic coupling between liquid motions in internal tanks and ship motions Generalized modes calculation: Hydrostar can solve the hydro-dynamic problem on user-defined modes Side-by-side configuration as the software handles multi-body interactions
Ariane is an efficient static, time-domain based, multi-body mooring software. The product of thirty-years’ development, Ariane uses Bureau Veritas’ extensive expertise and knowledge in hydrodynamic and mooring fields. Ariane is regularly updated, and the latest releases allow to analyze complex mooring systems, such as side-by-side or jetty mooring, with extreme accuracy. Bureau Veritas Ariane 2024 v8.2.6 Tested Picture 6 DOFs multi-body calculation in static and time domain Multi-component mooring lines Drift loads models adapted to any water depth Covering thrusters, external loads, fenders, buoys, sinkers, etc.
VeriSTAR Hull is Bureau Veritas’ finite element tool for building and managing safe and optimum designs. It combines the well-known FEMAP processing tool and proven NX and MSC Nastran solvers with in-house developed features for fast and efficient modeling and rule compliance checks. Bureau Veritas VeriSTAR Hull 2024 v5.26 Tested Picture Bureau Veritas VeriSTAR Hull provides: Global strength assessment of cargo hold structures (yielding and bucking criteria) Stress assessment of structural details Fatigue strength assessment Main features: Generation of 3D finite element model facilitated by the import/export from various CAD formats Mesh quality check to get more reliable results with finite element analysis Automatic buckling panel analysis Numerous powerful automatic processes to ease the use and speed of the model...
PathWave RFIC Design (GoldenGate) 2024 includes new capabilities which includes new Fast Envelope algorithm, Krylov GPU acceleration, SystemVue VTB updated package, updated support for TMI, new circuit simulation models, improvements in Vrituoso Integration and usability improvements. Go beyond traditional RF simulation to design, analyze, and verify radio frequency integrated circuits (RFICs). Achieve confidence with steady-state and nonlinear solvers for design and verification. Wireless standard libraries accelerate the validation of complex RFICs. accurately model components on silicon chips optimize designs with sweeps and load-pull analysis simulate RF designs in the Cadence Virtuoso and Synopsys Custom Compiler environments increase performance using Monte Carlo and yield analysis assess EVM for the latest communication standards early in the design phase utilize the latest foundry...
