Coreform Cubit (ex. csimsoft Trelis) 2024.8

Coreform Cubit’s pre-processing capabilities and Flex IGA modeling with advanced hex meshing and hex dominant meshing minimize the time spent on model preparation for FEA and CFD while maximizing control over mesh quality to get the right mesh for quality solutions allowing you to maximize your investment in simulation technoloogy. Coreform Cubit helps you maximize the benefit of your investment in simulation technology.

Key Features & Capabilities:

• Comprehensive toolset. Everything you need for CAD Import, preprocessing, hex meshing, hex dominant meshing, and export.
• Semi-automated hex meshing. Rich set of hex meshing and hex dominant meshing tools for streamlining the creation of analysis-ready models for challenging simulations.
• Expert-level mesh control. Industry-leading mesh analysis and improvement tools for complete control from Jacobians to vertices.
• Scripting & automation. Python integration and scripting tools support automation to increase model generation throughput.

Coreform Cubit includes everything needed for streamlined progress from CAD to analysis, with full-featured capabilities for geometry preparation and mesh generation, analysis, and fine-tuning. Preparing CAD geometry for meshing consumes more time and resources than any other stage of the CAE process. Coreform Cubit provides powerful, user-guided automated tools to make geometry cleanup and simplification fast and satisfying.

Coreform Cubit supplies a comprehensive meshing feature-set for surface and solid meshing with a wide variety of element types and methods for automating and streamlining mesh creation.

Create faster high-quality hex meshes by deploying Coreform Cubit’s interactive automation capabilities, on demand and to your precise specifications.

Schrodinger Suite 2024-3 Commercial Version Windows+Linux

Schrodinger is a scientific leader in computational chemistry, providing software solutions and services for life sciences and materials research. Schrodinger aims to provide integrated software solutions and services that truly meet its customers' needs. We want to empower researchers around the world to achieve their goals of improving human health and quality of life through advanced computational techniques that transform the way chemists design compounds and materials. By building and deploying breakthrough scientific software solutions and forming collaborations and partnerships, we help scientists accelerate their research and development activities, reduce costs, and make novel discoveries that might otherwise not be possible.

Schrodinger software suite is a drug design software using both ligand and structure-based methods. Schrodinger provides accurate, reliable, and high performance computational technology to solve real-world problems in life science research. It provides superior solutions and services for the design, selection, and optimization of novel drug candidates. Schrodinger's predictive models will enable drug discovery scientists to assess properties of chemical compounds early in the discovery process and to select drug candidates that have optimal profiles. The predictive power of Schrodinger's software allows scientists to accelerate their research and development activities, reduce research costs, and make novel discoveries that might not be possible with other computational or experimental approaches.

UKTN TNflow v4.0

TNflow is addressing the needs of engineers dealing with fluid flow measurement by means of pressure differential devices. TNflow may be used to calculate:

• primary device diameter (bore diameter) for declared full scale flowrate and related value of differential pressure;
• differential pressure for declared bore diameter and flowrate;
• flowrate for declared bore diameter and differential pressure.

Any of the above calculations is supplemanted by:

• diameters corrections for thermal expansion;
• bounds of measurement range calculations;
• upper limit of upstream pipe roughness calculations;
• upper limit of sharp edge radius calculations;
• required upstream and downstream straight lengths calculations;
• uncertainty analysis of flowrate measurement at a single point and in the entire measurement range;
• bias "linear scale" error analysis.

Hexagon Cabinet Vision 2024.1

Cabinet Vision makes it simple for furniture, woodworking, or casegood manufacturers of all sizes to play to their strengths, by using a single, fully modular software package to go from design to manufacture. With Cabinet Vision you buy only the features you need. This allows you to evolve and grow your software usage in line with your business, making Cabinet Vision highly scalable and cost-effective. Enhanced usability makes it even easier to visualise and efficiently perform a full range of tasks, while responding to changing design requirements, whether making high-end bespoke pieces or basic elements. Fast, practical and precise, Cabinet Vision excels at rapidly and seamlessly converting designs into all the information you need on the factory floor to manage manufacturing process. And an intuitively simple parametric function means you can capitalise on previous bespoke designs by resizing elements without reprogramming. The result is a faithful reproduction of designs and the reduction of both time-consuming processes and human error. Cabinet Vision also enables you to support sales with features that include the production of professional reports that help customers understand and visualise the scope of services as well as the end product. Cabinet Vision provides you with a choice of core components that enable you to enhance productivity and improve quality and customer service within your chosen specialism..Each core component provides layout, cut listing, basic rendering and primary estimating functions. Once you have chosen the core package that suits your needs, you can then opt to add specific modules, known as multipliers, in line with your individual manufacturing processes, business focus, customer requirements and employee growth plans. Further additions are also available to enhance the capability of each multiplier, depending on the depth of functionality you seek.

ESRI CityEngine 2024.0.10211

CityEngine - мощнейшее и инновационное программное обеспечение, являющееся уникальной 3D системой для создания крупных городов и моделирования всех отраслей промышленности города. Независимо от того, что нуждаетесь ли вы в построении города для создания игры, моделировании окружающей среды заднего плана для кино и телевидения, создании содержимого для наполнения виртуальных миров, или создании городского планирования - данное решение будет всегда отвечать вашим потребностям. С помощью этого уникального инструмента буквально за 2 часа была создана трехмерная копия Древнего Рима.

Bentley Seequent GEO-SLOPE GeoStudio 2024.2.0.298

GEO-SLOPE GeoStudio - программный комплекс для решения инженерно-геологических задач и моделирования грунтовых конструкций. Данны пакет состоит из 8 продуктов: SLOPE/W - анализ устойчивости откосов; QUAKE / W - динамический анализ землетрясения; AIR / W - анализ потока воздуха; SEEP / W - анализ просачивания грунтовых вод; TEMP / W - геотермальный анализ; VADOSE/W - анализ зон аэрации и анализ почвенного покрова; SIGMA / W - анализ напряженно-деформированного состояния; CTRAN / W - анализ загрязнений транспорта.

GeoStudio is a product suite for geotechnical and geo-environmental modeling, broad enough to handle all your modeling needs. The suite consists of 8 products: SLOPE/W for slope stability; SEEP/W for groundwater seepage; SIGMA/W for stress-deformation; QUAKE/W for dynamic earthquake; TEMP/W for geothermal; CTRAN/W for contaminant transport; AIR/W for air flow; VADOSE/W for vadose zone & covers.

More info

Examples can be found here

Luxion KeyShot Studio Enterprise 2024.2 v13.1.1

Luxion KeyShot - средство интерактивной визуализации 3D сцен и моделей, позволяет получать результат в режиме реального времени и по утверждению разработчиков - это цифровой фотоаппарат для 3D моделей.

Это один из первых рендеров, с которым даже новички смогут создавать фото-реалистичные изображения, 3D модели за считанные секунды, проектировать трехмерные сцены так, что они будут похожи на реалистичную фотографию, а не на 3D модель.

Основные особенности:

• Программа может работать как отдельное приложение, либо как дополнение (plugin), со следующими форматами: OBJ, Autodesk Alias Maya, FBX, 3DS, Rhinoceros Plugin, SketchUp, SolidWorks, Pro/ENGINEER Plugin, ALIAS, JT.
• Учитывая,что используется глобальное освещение и материалы, основанные на реальных физических параметрах, итоговые изображения получаются фотографического качества.
• Результат вы получаете в режиме реального времени.
• KeyShot поддерживает много собственных форматов файлов, включая Pro/ENGINEER, SolidWorks, Rhino, SketchUp, Obj, IGES и STEP и другие.
• Управляемый процессор, работающий на любом современном PC.
• Использование "методики несмещённой выборки" (Unbiased Sampling Technique), которая вычисляет математически правильные результаты.
• Использование точных материалов с научной точки зрения.
• Многоядерное фотонное проецирование (Photon Mapping).
• Адаптивная выборка материала и использование ядра динамического освещения (Dynamic Light Core), позволяющего увидеть результаты во время изменений.
• KeyShot Pro использует физически правильный и проверенный CIE движок визуализации, обладающий многими новшествами.
• Программа не требует никаких специальных навыков.
• KeyShot позволяет Вам видеть результаты сразу же, когда Вы производите какие-либо изменения.
• KeyShot — прекрасный инструмент для любого, кто связан с трехмерными данными: художников, инженеров, фотографов. Единственное ограничение — Ваш творческий потенциал.

Возможности реалтайм-рэйтрейсинга:

• Interactive wysiwyg raytracing
• Photon mapping
• HDRI lighting
• Global illumination
• Ambient occlusion
• Final gathering
• Environment shadow casting
• Self and inter-object shadow casting
• Environment reflections
• Refraction
• Caustics
• Inter-object light bouncing

Поддержка форматов:

• ALIAS 2015 and prior
• AutoCAD (DWG/DXF)
• CATIA v5
• PTC Creo 2.0 and prior
• Inventor 2015 and prior
• NX 8.5 and prior
• Pro/ENGINEER Wildfire 2 – 5
• Rhinoceros 5 and prior
• SketchUp 2015 and prior
• Solid Edge ST5 and prior
• SolidWorks 2015 and prior
• IGES
• JT
• Maya 2015 and prior
• STEP AP203/214
• OBJ
• Parasolid
• FBX
• Collada
• 3DS

Imagine That ExtendSim Pro 2024 R1

ExtendSim consists of a full range of tools for any type of simulation. No matter how you want to use ExtendSim - building models, running models, analysis, etc. - there is a package that will fit your needs.

Each Model Developer Edition (MDE) of ExtendSim has the same core set of capabilities. In them you can create and build:

• Models and interfaces, change values and settings, run simulations and animations, perform experiments, do analysis and optimization, save and export results.
• Models to share with others to use in the Analysis RunTime, Player RunTime, Cloud, Student, and in other MDE versions of ExtendSim.
• Custom blocks and libraries.

Model Developer products:

• ExtendSim CPExtendSim CP - Continuous Process Modeling - A robust set of core features plus specialized constructs for modeling continuous processes.
• ExtendSim DEExtendSim DE - Discrete Event Simulation - Adds a comprehensive message-based discrete event architecture and capabilities to ExtendSim CP.
• ExtendSim ProExtendSim Pro - Advanced Simulation Technologies - Adds capabilities to ExtendSim DE that go far beyond the typical continuous or discrete event capabilities of other simulation applications.

More info

Nemetschek Vectorworks 2024 SP5

Nemetschek Vectorworks - система для автоматизации работ в области архитектурно-строительного проектирования, ориентированная на пользователей, работающих в сфере ландшафтного дизайна, а так же занимающихся проектированием интерьера, зданий и помещений.

Интеграция с геометрическим ядром Parasolid и двунаправленная ассоциативность с инновационныеми технологиями в области трехмерного моделирования позволили усовершенствовать 2D, а 3D – стал наилучшим решением в своей категории программ архитектурного 3D моделирования. Опираясь на новое ядро Parasolid 3D для работы с трехмерными моделями, продукты Nemetschek Vectorworks 2020 обеспечивают двунаправленную ассоциативную связь между всеми элементами моделей. Все вносимые изменения автоматически отражаются программное обеспечение всему проекту в целом эта функция является краеугольным камнем современного информационного моделирования для строительной промышленности и других отраслей.

Одним ядром Parasolid зависимость от Siemens не исчерпывается. С выпуском серии продуктов Vectorworks компания Nemetschek расширила интеграцию с подразделением инженерных программных продуктов Siemens PLM Software, встроив их модуль D-Cubed 2D Dimensional Constraint Manager (2D DCM диспетчер ограничений в двумерных чертежах) в свои продукты.

Structural Vibration Solutions DEWESoft ARTeMIS Modal Pro v8.0.0.3

This is the basic version of ARTeMIS Modal having a frequency domain method for Operational Modal Analysis, and optionally direct data acquisition support and frequency domain methods for Experimental Modal Analysis. It is the software that allows you to get both modal analysis and operating deflection shapes analysis at a favorable entry price. The software includes setup tasks allowing you to create a project from scratch. There is a geometry generator where test geometries can be made in an object oriented manner, or you can upload gerometries into the software from various popular file formats. Measurements for Operational Modal Analysis and Operating Defection Shapes analysis can be loaded from more than 20 different file formats. Measurements channels can be assigned to the right geometry nodes and directions using drag and drop features. The software has a variety of built-in signal processing tools that can be used to enhance the performance of the analysis methods. In the basic version there are tools for detrending, decimation and filtering of the raw data as well as spectral density estimation. There is alsp an automatic selection of the so-called projection channels for more effective processing. The basic version has the effective Frequency Domain Decomposition (FDD) method for Operational Modal Analysis. There are various validation features available, such as mode shape animation and the Modal Assurance Criterion. In addition, it has time and frequency domain Operating Deflection Shapes analysis. It also comes with a built-in report generator which allow you to produce predefined reports in Microsoft Word and Microsoft Power Point. The basic version seamlessly integrates with the Direct Hardware Control, and Experimental Modal Analysis plugins. This opens up for direct measurements for Operational Modal Analysis as well as e.g. direct impact testing for Experimental Modal Analysis.

Standard is the mid-size version of ARTeMIS Modal that, besides all the tasks and features of the basic version, also includes additional frequency domain methods for Operational Modal Analysis and more validation features. This version includes signal processing for detection of harmonic peaks in the spectrum. Harmonic peaks are caused by the presence of rotating components during measurements of a structure. During operational modal analysis of rotating machinery, it is important to be able to distinguish peaks of structural modes from peaks caused by the excitation. Two additional Frequency Domain Decomposition methods are available, that can estimate mode shapes and natural frequencies with more accuracy. On top, these methods also provide an estimate of the damping ratios. Modal parameters from the three built-in modal estimators can be validated against each other in a special designed validation task. In addition, modes obtained from external tools can be imported through Universal File Format and validated against internally produced results. The Standard version seamlessly integrates with the Direct Hardware Control and Experimental Modal Analysis plugins.

In addition to all features and tasks of the Basic and Standard versions, this version has up to five different time domain methods for Operational Modal Analysis. The methods are all of the very fast en efficient Crystal Clear Stochastic Subspace Identification (CC-SSI) type. These methods estimate the modal parameters directly from the measured time series, and some methods even estimate the uncertainties of the modal parameters. This version also includes effective peak reduction techniques, that can be used for pre-processing of the measurements. It can effectively remove selected peaks that can be e-g. servere harmonic peaks caused by the presence of rotating components during measurements of a structure. The Pro version seamlessly integrates with the Direct Hardware Control and Experimental Modal Analysis plugins. It also integrates with the Structural Health Monitoring plugins for Damage Detection, Modal Parameter History tracking and Interstory Drift Analysis. An Automatic File Upload plugin is also available. With this plugin, files being dumped in a designated folder will automatically be uploaded and processed by the software. In this way, modal parameter estimation and damage detection can be performed automatically with user interaction.