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The AnyBody Modeling System is a State-of-the-Art musculoskeletal modeling and simulation software for biomechanical analysis. The AnyBody Modeling System allows you to create full body detailed musculoskeletal models and simulate internal body loads as e.g., muscle activity, muscle forces and joint reaction forces. Features of the AnyBody Modeling System Includes the AnyBody Managed Model Repository Musculoskeletal analysis of daily activities Self-contained and robust system GUI for interactive use Inverse dynamics Inverse-Inverse dynamics Force-dependent kinematics Posture and motion prediction Supports physiological load cases for Finite Element Analysis Interface to motion capture systems (C3D and BVH) Interfaces to anthropometric databases Supports anthropometric model scaling Console for batch processing
QuantumATK atomic-scale modeling software enables large-scale and thus more realistic material simulations, integrating multiple simulation methods, ranging from ab initio DFT to semi-empirical and classical force fields analysis, into an easy-to-use platform. QuantumATK accelerates semiconductor and materials R&D, and reduces time and costs by enabling more efficient workflows in the screening process of new materials across a broad range of high-tech industries. Synopsys QuantumATK V-2024.09 are some highlights of the new features and improvements for the following atomic-scale modeling methods and applications in semiconductor industry and beyond. Many-Body Perturbation Theory GW Advancements 10x memory reduction and large speed-up due to the new parallelization strategy. Enabled very accurate G0W0 calculations of electronic structure properties at a moderate computational cost for molecules,...
CFD dispersion modelling, new ignition models and dynamic pressure in exceedance curves are just some of the new and improved features available in the newly released Phast and Safeti 9.0. DNV Phast&Safeti 2024 v9.0 Tesed Picture Key features of the release that improve safety and risk management include: CFD dispersion modelling in Phast Understanding the impact of flammable releases on the surroundings is important. We’ve introduced a CFD dispersion source scenario in Phast, powered by KFX™, our computational fluid dynamics tool for dispersion and fires. This enables more accurate atmospheric dispersion modelling for vapour, two-phase, and liquid flammable releases, which is essential for assessing the possible impact on people, buildings, or critical safety systems. It should be noted that the interaction of...
Orca3D streamlines your design work with a suite of powerful applications that run within the Rhino 3D environment. Conceptualize, model, and analyze, all without transferring files or learning a new program. Create and fair hull, deck, and superstructure surfaces, analyze hydrostatics and stability, predict speed vs. horsepower, and track the weight, center of gravity, and cost of your design, all within a single environment. By itself, Rhino is an extremely powerful design tool; when you add Orca3D’s marine-specific tools, it becomes the most versatile and cost-effective marine design program available. Requirement:Rhino 7.32 or 8.2 above.
Cresset Flare 2024 v9.0 brings new and enhanced scientific features and methods for all users. These include Homology Modeling to create reliable 3D models for protein targets for which crystallographic information is not available, ensemble Molecular Mechanics/Generalized Born Surface Area (MM/GBSA) on dynamics trajectories for estimating binding free energy, a full integration of Spark in Flare, and enhanced protein preparation. Cresset Flare 2024 v9.0 Tested Picture In this release, we have also further expanded and enhanced the choice of visual tools to investigate the results of Flare FEP experiments and analyze dynamics trajectories, and added many new options for fine-tuning the experiments. Furthermore, the enhanced Extension Manager provides a streamlined workflow for the installation of Flare Python Extensions. Create reliable...
SURFCAM is a CAD CAM system capable of creating efficient and reliable 2D through to 5-axis milling toolpaths. Hexagon Surfcam 2024.1 Tested Picture SURFCAM 2 Axis SURFCAM’s 2-axis system is the most cost-effective, high-performance CAM package with a full library of toolpath strategies. SURFCAM 3 Axis SURFCAM’s 3-axis system provides the combination of powerful functionality coupled with ease of use. SURFCAM 4/5 Axis SURFCAM offers true simultaneous 4- and 5-axis machining with full tool-motion visualisation and verification. SURFCAM Lathe SURFCAM Lathe provides control over every aspect of your turning requirements from roughing to final finish. SURFCAM Wire EDM SURFCAM Wire EDM contains three unique strategies designed to meet a variety of Wire EDM requirements. SURFCAM Post Processors SURFCAM supports a...
EDGECAM 2024.1 release encapsulates amplified productivity with enhanced Turning, Milling, and WireEDM operations. It brings pioneering cycles for improved CNC programming, facilitating high-level machine utilization. For 5-axis machine users, automation upgrades promise production scaling. Our consistent enhancements are aimed at advanced control, smarter toolpath separation, and intelligent function integration, driving optimal cycle time and minimized manual interference. Hexagon Edgecam 2024.1 2435 Tested Picture Some of the key upgrade include: New Race Line Finishing Cycle announced, specifically designed for sealing faces of transmission systems, particularly useful in electric vehicle production. Introduction of two new Five Axis cycles: Multiaxis Machining and Rotary Machining. Rotary Machining enables mesh-based roughing and finishing, aiding full-fledged rotary machining implementations, ideal for specific CNC machines. Multiaxis Machining promotes cycle shortening by...
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.
