APF WoodJoint lets you design traditional carpentry connections or modern timber joints (nailed, screwed, bolted) in accordance Eurocode 5 (EC5). All you have to do is specify the dimensions, the configuration and the actions. APF WoodJoint performs all the required checks for ULS, according to Eurocode 5. The results are displayed in the graphic environment and the user can save a detailed report with calculations and images. The user interface is designed to simplify your work. You can change every value (size of the structural members, fastener type, etc.), recalculate, and the results are immediately available. All the design variables, such as load coefficients, material properties (mechanical properties of timber and fasteners), can be adjusted by you, according to your needs (or the requirements of any National Standard or National annex to the Eurocodes). APF WoodJoint performs a structural analysis of the connection, examining the fastener as well as the connected members. The forces acting on the structural elements are displayed by the graphical interface, for each load case separately. APF WoodJoint lets you design many types of connections: carpentry joints (front notched joint, mortise and tenon joint, with stirrups and tension ties), steel-plate to timber connections (bolts with side gusset steel plates, apex plate, heel plate, point plate, slice plate), connections to supporting beams (with screws, steel hangers, steel angles, dovetails).

Быстро просматривайте облака точек и ощутите преимущества нашего высокоэффективного инструмента для обработки облаков точек и широкого разнообразия средств редактирования и создания анимаций. Вы можете просматривать, анимировать и редактировать облака точек для повторного использования в других приложениях. Вы можете также оптимизировать рабочие процессы, импортируя облака точек всех крупнейших производителей сканеров. Быстрая визуализация, анимация и редактирование облаков точек в едином рабочем процессе. Оптимизированный процесс позволяет сократить временные затраты и повысить общую точность.

Interoperability, integration, reusability. Simulis Thermodynamics allows anyone in industry, engineering or research to run high quality thermophysical properties calculations. These calculations can be plugged in any software of wider application range (equipment sizing, system modeling, etc) and properties are available for any kind of fluid. Simulis Thermodynamics makes open simulation a practical reality.

• Provide access to over 300 functions, in particular for calculation of any type of transport properties (specific heat, viscosity,...), of thermodynamic properties (enthalpy, compressibility factor ...) or of phase equilibria (VLE, LLE, VLLE, salt formation ...) on multi component mixtures.
• Provide access to one of the richest thermodynamic models libraries available on the market (equation of state, activity coefficients ...)
• Provide access to a property database of more than 2300 pure components.
• Enable the engineer to focus on their application and to work with thermophysical properties calculations that are reliable, and validated through intensive usage in industrial applications.

• Use the best thermodynamic representation of your system.
• Perpetuate your expertise with easily created "Property Packages" that include all elements needed for further calculations (pure components properties, models, interaction coefficients ...)
• Distribute these "Property Packages" throughout your organization in order for them to be used in your usual, CAPE-OPEN compliant, software.

APF WoodTruss lets you design timber trusses (King post, Fink, Howe), according to Eurocode 5 (EC5). All You have to do is specify the dimensions, the constraints and the loads. APF WoodTruss creates the load combinations according to Eurocode 0 and Eurocode 1 and performs all the required checks for ULS and SLS. APF WoodTruss reports warns you in case of unacceptable design of the timber structure. The results are displayed in the graphic environment and the user can save a detailed report with calculation details and images. The user interface is designed to simplify your work. You can change every value (cross sections’ size, truss span, etc.), recalculate and the results are immediately available. All the design variables, such as load coefficients, material properties (mechanical properties of timber) can be adjusted by you, according to your needs (or the requirements of any National Standard or National annex to the Eurocodes). APF WoodTruss performs a finite element analysis of the timber truss, as a two dimensional timber structure, with the supports having the degree of stiffness selected by the user. Internal forces, support reactions and deflections are displayed by the graphical interface separately for each load case. APF WoodTruss performs structural fire design according to Eurocode 5, using the reduced cross section method, for both unprotected and protected surfaces. Surfaces can be protected by fire protective claddings whose properties are defined by the user.

PF WoodBeam lets you design timber beams (simply supported or continuos), in accordance with Eurocode 5 (EC5). All you have to do, is to specify the dimensions, the constraints, and the loads. APF WoodBeam creates the load combinations, according to Eurocode 0 and Eurocode 1, and performs all the required checks for ULS and SLS. APF WoodBeam warns you in case of unacceptable design of the timber structure. The results are displayed in the graphic interface and the user can save a detailed report with calculation summary and images. The user interface is designed to simplify your work. You can change every value (cross section size, timber beam length, etc.), recalculate, and the results are immediately available. All the design variables, such as load coefficients, material properties (mechanical properties of timber), can be adjusted by you, according to your needs (or the requirements of any National Standard or National Eurocodes Annexes). APF WoodBeam performs a finite element analysis of the timber beam, as a two dimensional timber structure, with the supports having the degree of stiffness selected by the user. Internal forces, support reactions, and deflections are displayed by the graphical interface for each load case separately. APF WoodBeam performs structural fire design according to Eurocode 5, using the reduced cross section method for both unprotected and protected surfaces. Surfaces can be protected by fire protective claddings whose properties are defined by the user.

Создавайте модели прогнозируемой пропускной способности для разных сценариев и изучайте, как пешеходы и толпы взаимодействуют с инфраструктурой. Выполняйте виртуальные эксперименты по проектированию и эксплуатации объекта и оценивайте влияние пешеходных потоков различной интенсивности. Благодаря возможностям комплексного моделирования, анализа и визуализации для различных проектов – от аэропортов до железнодорожных станций и спортивных центров – LEGION Simulator помогает оптимизировать пешеходный поток и повысить безопасность, позволяя пользователям тестировать стратегии эвакуации на любом этапе моделирования.

NTv2Tools geospatial software provides a toolbox for developing and processing NTv2 files in binary and ASCII format. The available tools can be used to analyze and manipulate NTv2 files and represent the results on the screen and on the printer, as well as in graphics and in files.

MicroStation - самая производительная, наиболее доступная и совместимая САПР-платформа для проектирования, строительства и эксплуатации мировой инфраструктуры.