Datacubist Oy Simplebim v11.0 SR3

Datacubist is a software company based in Finland with the mission to solve BIM exchange problems in the building industry. Datacubist develops simplebim, a BIM editor that enables targeted, professional quality BIM exchange and easily integrates into existing BIM applications, services and processes. Software developers can create add-ons for Simplebim or use the simplebim. Developer platform for creating stand-alone BIM solutions. Simplebim is an application for editing IFC BIM models. Import IFC4x3 files, trim unnecessary objects and properties and edit property data. Preview the result and export the model into a new IFC4x3 file that is smaller, imports better into other IFC enabled applications and contains data that can be trusted. Simplebim is easy to learn and use. It has a modern ribbon based user interface with full drag and drop support and configurable workspaces.

Nemetschek SCIA Engineer 2025 v25.0.5008.64

Nemetschek SCIA является новой платформой программного обеспечения для инженеров-строителей. В нем анализируется, конструкции и детали любого типа структуры. От простейших до самых сложных в строительстве: бетон, сталь, алюминий, пластик, дерево или смешанные с интеграцией местных и международных норм и связь между анализом и использованием компонентов.

Nemetschek SCIA Engineer включает в себя параметрический моделлер конструкций и узлов, систему FEM расчета металлических и железобетонных конструкций и проверку узлов металлоконструкций. Пакет имеет двустороннюю связь с Allplan - из Allplan Архитектура в SCIA (расчеты) и далее в Allplan Конструирование. Основной особенностью Nemetschek SCIA Engineer является высокая степень параметризации на всех этапах - от формирования расчетной модели до формирования отчета.

Преемущества програмного комплекса:

• Объектно-ориентированные технологии (каждый элемент структуры интеллектуальных структурного объекта)
• Отлично интеграции и коммуникации (XML, PDF 3D, VRML, МФК и другие различные отрасли интерфейса)
• Двунаправленная последовательная связь между анализом и структурной моделью (CAD) с МКИ (создание информационных моделей)
• Обширные возможности расчета (линейный, 2 порядка, предняпряжение, динамика…)
• Международное применение программного обеспечения (полный спектр проектных норм для различных стран)
• Конструкции от простых до сложных геометрий: прямые лучи, изогнутых балок, плоских и криволинейных поверхностей с разной кривизной и очертанием
• Проектирование болтовых и сварных стальных соединений, и применение конкретных усилений
• Новейшие методы проектирования, например, пожарной безопасности
• Открытый программный интерфейс для настройки на пользователей
• Непрерывное развитие путем опытной международной группы разработчиков
• Широкие возможности для глобального и детального оптимизация структуры
• Анализ преднапряжения
• Автоматическое преобразование общих структурных форм в анализе объектов

Nemetschek SCIA Engineer 2025 v25.0.4009.64

Nemetschek SCIA является новой платформой программного обеспечения для инженеров-строителей. В нем анализируется, конструкции и детали любого типа структуры. От простейших до самых сложных в строительстве: бетон, сталь, алюминий, пластик, дерево или смешанные с интеграцией местных и международных норм и связь между анализом и использованием компонентов.

Nemetschek SCIA Engineer включает в себя параметрический моделлер конструкций и узлов, систему FEM расчета металлических и железобетонных конструкций и проверку узлов металлоконструкций. Пакет имеет двустороннюю связь с Allplan - из Allplan Архитектура в SCIA (расчеты) и далее в Allplan Конструирование. Основной особенностью Nemetschek SCIA Engineer является высокая степень параметризации на всех этапах - от формирования расчетной модели до формирования отчета. 

Преемущества програмного комплекса: 

• Объектно-ориентированные технологии (каждый элемент структуры интеллектуальных структурного объекта)
• Отлично интеграции и коммуникации (XML, PDF 3D, VRML, МФК и другие различные отрасли интерфейса)
• Двунаправленная последовательная связь между анализом и структурной моделью (CAD) с МКИ (создание информационных моделей)
• Обширные возможности расчета (линейный, 2 порядка, предняпряжение, динамика…)
• Международное применение программного обеспечения (полный спектр проектных норм для различных стран)
• Конструкции от простых до сложных геометрий: прямые лучи, изогнутых балок, плоских и криволинейных поверхностей с разной кривизной и очертанием
• Проектирование болтовых и сварных стальных соединений, и применение конкретных усилений
• Новейшие методы проектирования, например, пожарной безопасности
• Открытый программный интерфейс для настройки на пользователей
• Непрерывное развитие путем опытной международной группы разработчиков
• Широкие возможности для глобального и детального оптимизация структуры
• Анализ преднапряжения
• Автоматическое преобразование общих структурных форм в анализе объектов

Unity Technologies Pixyz Studio 2025.4.2.1

Pixyz Studio is a unique 3D data preparation tool providing the best-in-class tessellation algorithm, enabling the transformation of CAD data from industry-leading solutions (Catia, NX, SolidWorks…) into lightweight, optimized meshes.

Pixyz Studio’s interactive user interface gives access to a large set of features and algorithms for 3D data optimization. It also embeds a Python API, allowing advanced users to create powerful scripts and plugins, to automate complex data preparation tasks.

Pixyz Studio helps companies leverage their 3D/CAD data, preparing it for Real-time 3D use, and for any visualization scenario.

Simio Enterprise 2025 v19.280.48282

Many simulation packages are built on out-dated 2D technology that limits your ability to visualize your process or capture 3D spatial relationships in your system. Some of these older products limit you to 2D only models, while others offer expensive/complex 3D add-ons that require you to build a separate 3D visualization of your system, and then tie these two separate components together. These extra steps add unnecessary work and time to your project, and make your model and animation difficult to edit and maintain.

In contrast, Simio provides a true object-based 3D modeling environment which lets you construct your 3D model in a single step from a top-down 2D view, and then instantly switch to a 3D view of your system. You simply drag and place your 3D objects from an Object Library into your facility view of the model.

All Simio model-building products directly integrate with Google Warehouse to allow you to quickly download from a massive library of freely available 3D symbols to easily and quickly add realism to your models.

More info

Simcore Seer3D v2.1.1

Seer3DTM is an application for the visualization of field measurement data and the groundwater model results. It includes powerful tools for displaying vector and raster maps, presenting wells, boreholes, lithological, and geophysical data. Showcase your work by merging maps, field data and model results into stunning beautiful 3D scenes! Use the intuitive display control tools to emphasize displayed objects by adjusting their transparency and display types between mesh and solid, cropping objects with on-screen crop tools, and adding annotation, logo, and legend. Create animation videos of plume development, water level changes, flow vector field, and flow paths based on measurement data and model results. Advanced View feature enables you to store arbitrary view points and navigate between them. Present your models with eye-popping 3D stereoscoping display using Quad buffered stereo technology and deliver your Seer3D models with the free Seer3D viewer to your clients for great impression.

Simcore Processing Modflow v11.0.6

Processing Modflow is a graphical user interface designed to facilitate the preparation of input data files for various numerical models. Initially developed in 1991 to support the first official release of MODFLOW (McDonald and Harbaugh, 1988), PM has evolved to accommodate numerous versions of the software. Following MODFLOW-88, multiple updates have been released, including MODFLOW-96 (Harbaugh, et al., 1996) and MODFLOW-2000 (Harbaugh, et al., 2000), and others. Additionally, various complementary modeling codes have been developed to expand MODFLOW's capabilities. For instance, MODINV (Doherty, 1990) and PEST (Doherty, 2016) have enabled advanced parameter estimation, while MT3DMS (Zheng et al., 1999) has facilitated solute transport modeling. Consequently, the scope and number of model codes supported by PM have significantly grown over the years.

Processing Modflow provides an intuitive graphical user interface that can display shapefiles and online maps alongside the grids and results of multiple models. It can import MODFLOW, MT3DMS (Zheng, et al., 1999), MT3D-USGS (Bedekar, et al., 2016), and SEAWAT (Langevin, et al., 2007) models from their native input files. PM also supports a variety of data formats for importing model data, including CSV, Shapefiles, and ASCII Raster. Additionally, it can export model results to formats such as raster graphics, shapefiles, charts, Excel spreadsheets, or text files.

The supported model codes include MODFLOW-2005 (Harbaugh, 2005), MODFLOW-NWT (Niswonger, et al., 2011), MODFLOW-OWHM (Boyce, et al., 2020), MODPATH (Pollock, 2016), MT3D-USGS (Bedekar, et al., 2016), SEAWAT (Langevin, et al., 2007), PEST (Doherty, 2016), BeoPEST (Hunt, et al., 2010), PESTPP-IES (Welter, et al., 2015; White, 2018; White, et al., 2020), Zone Budget (Harbaugh, 1990), and GSFLOW (Regan, et al., 2018). The latter couples PRMS (Markstrom, et al., 2015) and MODFLOW-NWT for integrated surface water and groundwater modeling.

This text focuses on the use of Processing Modflow and does not delve into modeling theories or the functionality of the various packages. For more detailed information, users are encouraged to consult the user guides for the supported model codes. Additionally, several comprehensive textbooks on groundwater modeling are available. For example, Anderson, et al. (2015) provides an extensive reference on applied groundwater modeling, while Doherty (2015) offers an in-depth exploration of calibration and uncertainty analysis.

Bricsys BricsCAD Ultimate v25.2.09

BricsCAD – единственная в мире САПР, которая использует единый формат .dwg файла для 2D черчения, 3D моделирования, машиностроительного проектирования, разработки изделий из листового металла и информационного моделирования зданий BIM.

• Стандартный набор инструментов САПР
• 100% стандарт DWG
• LISP API с визуальным редактором
• Управление 2D зависимостями
• Прямое 3D моделирование
• Визуализация, освещение и материалы
• Приложения сторонних разработчиков
• Управление 3D зависимостями
• Автоматическая 3D параметризация
• Деформационное моделирование
• TIN поверхности, профилирование и профили
• Возможности Mechanical
• Информационное моделирование зданий

AnyLogic Pro v8.9.6

AnyLogic is the only simulation tool that supports all the most common simulation methodologies in place today: System Dynamics, Process-centric and Agent Based modeling.

The unique flexibility of the modeling language enables the user to capture the complexity and heterogeneity of business, economic and social systems to any desired level of detail. AnyLogic’s graphical interface, tools, and library objects allow you to quickly model diverse areas such as manufacturing and logistics, business processes, human resources, consumer and patient behavior.

Why AnyLogic Simulation Software?

• AnyLogic's visual development environment significantly speeds up the development process
• The included object libraries provide the ability to quickly incorporate pre-built simulation elements
• Reusability through fully object oriented structure
• A visual integrated development environment makes it easy to convert from other widely used IDEs to AnyLogic
• Pre-built object libraries show how the experts did it! Those objects can be easily reused

DEVELOP MORE MODELS WITH ONE TOOL

• Develop agent-based, system dynamics, discrete-event, continuous and dynamic system models, in any combination, with one tool
• AnyLogic supports the seamless integration of discrete and continuous simulations
• The native Java environment supports limitless extensibility including custom Java code, external libraries, and external data sources
• An extensive statistical distribution function set provides an excellent platform for simulating the uncertainty inherent in all systems
• A powerful experimental framework, built-in support for Monte Carlo simulations and advanced forms of optimization support a wide variety of simulation approaches

IMPROVE THE VISUAL IMPACT OF YOUR MODELS

• AnyLogic's simple yet sophisticated animation functions allow the development of visually rich, interactive simulation environments
• You can create rich user interface for your model that would allow model users to easily configure experiments and change input data on the fly

RUN MODELS ANYWHERE

• The native Java environment provides multi-platform support. Both the AnyLogic IDE and models work on Windows, Mac and Linux
• You don’t need a runtime license — with one click you can generate a Java application that allows users to run a model anywhere
• An AnyLogic model is completely separable from the development environment and can be exported as a standalone Java application

EXCELLENT SUPPORT AND CONSULTING SERVICES

• Provide unlimited detailed support to hard modeling questions
• Average question answering time is less than 24 hours, including comprehensive consultative questions
• Provide a full range of consulting services from training to model development
• Do our best to fully satisfy and exceed customers expectations

S&P Global QUE$TOR 2025 Q1

QUE$TOR provides concept screening, optimization and detailed oil and gas CAPEX/OPEX cost estimates. The QUE$TOR application suite includes QUE$TOR Offshore, QUE$TOR Onshore and QUE$TOR LNG Regasification modules. With our comprehensive cost database for numerous attributes, technologies and equipment, cost estimation engineers, financial analysts, executives and M&A analysts use the software to:

•  Accurately model oil/gas expenditures and production;
• Create development scheduling;
• Save hundreds of hours in research and analysis;
• Support feasibility and pre-FEED studies and concept selection;
• Support l cost management for multiple upstream, LNG and offshore projects;
• Access latest global cost information with bi-annual updates on more than 60,000 cost points.