We are excited to introduce the new consolidated RM Bridge. Offered in three distinct product licenses, the new products provide richer capabilities and functionality for each product, and better align with specific bridge types, simplify licensing, standalone installers (no need to select/deselect modules), and overall provide a new cost-effective pricing.

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.

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.

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

Bentley ProStructures предназначена для детального проектирования и изготовления металлических и железобетонных конструкций.

STAAD Foundation Advanced is used for the analysis and design of isolated footings, combined footings, strip footings, pile caps and mat foundations. It can be used as a standalone product or integrated with STAAD.Pro

• Placing, points, curves, and line streams
• Editing text
• Working with dimensions
• Element attributes
• Changing the display and scales of various lifestyle types
• Working with groups
• Modifying and manipulating fences
• Using measure commands
• Working with cells

SewerCAD is an easy-to-use sanitary sewer modeling and design software product that thousands of municipalities, utilities, and engineering firms around the world trust to design, analyze, and plan wastewater collection systems. Engineers can model both pressurized force mains and gravity hydraulics with ease, using steady-state analysis with various standard peaking factors, and extended-period simulations. Engineers can analyze pressure or free surface flow conditions using a robust gradually varied, standard-step algorithm in SewerCAD for solving subcritical, critical, and supercritical conditions, and complex composite profiles. The steady-state simulation analyzes the system under extreme flow conditions. Automated design features are available with a steady-state analysis type to find cost-effective sewer designs. The extended period simulations (EPS) allow modelers to visualize how the system behaves over time. Results can be animated through time to locate hydraulic jumps and surcharging sections. The LoadBuilder module included in SewerCAD helps engineers allocate sewer loads based on a variety of GIS-based sources such as consumer water use billing data, area-wide flow measurement, or polygons with known population or land use. Sewer loading in SewerCAD also can be applied as user-defined hydrographs, pattern-based loads, and unit loads. Modelers can use totally customizable unit load libraries to estimate sanitary flows based on contributing population, service area, total dry weather discharge, or their own customized loading types. SewerCAD also includes numerous pre-defined extreme flow factor formulas and tables, including Babbit, Harmon, Ten State, and Federov’s – or lets users enter their own formulas and tables. SewerCAD determines infiltration in gravity pipes, based on pipe length, length diameter, surface area, count value, or user-defined data. SewerCAD can also use multiple flow patterns or flow hydrographs for EPS. The sanitary load control center and inflow control center make it easy to globally edit or edit a filtered set of elements. The constraint-based design features in SewerCAD allow modelers to automatically design gravity piping and structures. The design is flexible enough to allow users to specify the elements to be designed, from a single pipe size to the entire system, or anything in between, by simply entering their design restrictions: minimum and maximum velocities, covers and slopes; pipe and manhole matching offsets; and allow (or not) drop structures. SewerCAD will automatically determine cost-effective pipe sizes and invert elevations, avoiding unnecessary pipe trench excavation.

StormCAD is a comprehensive modeling software program for the design and analysis of storm sewer systems. StormCAD provides calculations for catchment runoff, inlet capacity, and gutters and pipe network flow. StormCAD determines intercepted flow at network inlets, and routes bypass flow to selected bypass targets. Inlets can be computed using the U.S. Federal Highway Administration (FHWA) HEC-22 methodology and users can choose from grate, curb, slot, ditch, and combination inlet types. Engineers can use a variety of methods to compute headloss, including HEC-22 Energy and AASHTO. StormCAD uses the Rational Method to calculate peak flows in the storm sewer design, or accepts direct input of known flows for inlet inflows. StormCAD allows users to specify Intensity-Duration-Frequency data using equations or tables. Modelers can then plot the IDF curves, and reuse their data for other projects in that region. Engineers can work with an unlimited number of sub-watershed areas and C coefficients for each inlet watershed. The constraint-based design features in StormCAD allow modelers to automatically design gravity piping and structures. The design is flexible enough to allow users to specify the elements to be designed, from a single pipe size to the entire system, by simply entering the appropriate design conditions: minimum/maximum velocities, covers, and slopes; pipe elevation offsets (including whether or not to allow drop structures), maximum spread and depth for inlets in sag; and minimum efficiency for inlets on grade.