APLUS - это надстройка для Autodesk AutoCAD, повышающая функциональность путем добавления новых команд для ускорения разработки проекта. APLUS состоит из 2-х частей: команды для AutoCAD (APLUS) и набор блоков (BIINDEX)

CADprofi HVAC & Piping - параметрическое CAD-приложение для проектирования технического оборудования зданий. Поддерживаются все виды технических установок: отопление, вентиляция, кондиционирование воздуха, трубопроводы и воздуховоды.

Fleet Production & Cost Analysis (FPC) is a PC software tool designed to estimate the productivity, cost, and time required for a wide variety of earth moving or other material handling operation’s moving material from one location to another over one or more courses.

Agisoft Metashape Professional - это передовое программное обеспечение, максимально раскрывающее возможности фотограмметрии, а также включающее в себя технологии машинного обучения для анализа и пост-обработки, что позволяет получать максимально точные результаты.

In the never ending quest for faster AutoCAD/BricsCAD systems, users go the extra mile to purchase the fastest hardware.  Faster processors, graphics cards, etc., are implemented in an attempt to speed up the processing of drawings.  These improvements come at great expense and only provide a marginal gain in the amount of time it takes to actually complete a drawing.  This expensive hardware is often underutilized as the operator wastes time doing repetitive tasks in the struggle to finalize a drawing.

3Muri is a software for analysis of structures built in masonry and mixed materials through a non-linear (pushover) and static analysis. The strengths of 3Muri is its innovative computation method (FME) that is able to give more information on the structure’s real behaviour to seismic actions, aside an extreme simplicity of use. 3Muri offers a drawing area for insertion of the structure with intuitive controls, an engine for the creation of computation models and their solutions, and a post-processor for immediate presentation of the results and creation of the computation report. 3Muri was created by a joint project of S.T.A. DATA and the research group headed by Professor Sergio Lagomarsino, from the Construction Technique department of Genova University. Along with other specialists (eng. Andrea Penna and eng. Alessandro Galasco from Pavia’s Eucentre, and eng. Serena Cattari, Genova University) they finalized the theoretical aspects of 3Muri through laboratory’s experiments and analysis on real structures. That continuous collaboration guarantee an always updated software, completely operative and reliable for the most professional requirement.

WinSim has developed and marketed DESIGN II for Windows, a steady-state and dynamic process simulator, since 1995 when the company purchased the rights to the program from ChemShare Corporation. WinSim has over 2,000 active users of DESIGN II throughout the world. The company is based outside of Houston, Texas.

3Muri is a software for analysis of structures built in masonry and mixed materials through a non-linear (pushover) and static analysis. The strengths of 3Muri is its innovative computation method (FME) that is able to give more information on the structure’s real behaviour to seismic actions, aside an extreme simplicity of use. 3Muri offers a drawing area for insertion of the structure with intuitive controls, an engine for the creation of computation models and their solutions, and a post-processor for immediate presentation of the results and creation of the computation report. 3Muri was created by a joint project of S.T.A. DATA and the research group headed by Professor Sergio Lagomarsino, from the Construction Technique department of Genova University. Along with other specialists (eng. Andrea Penna and eng. Alessandro Galasco from Pavia’s Eucentre, and eng. Serena Cattari, Genova University) they finalized the theoretical aspects of 3Muri through laboratory’s experiments and analysis on real structures. That continuous collaboration guarantee an always updated software, completely operative and reliable for the most professional requirement.

Autodesk FormIt предназначен для непрерывного информационного моделирования зданий (BIM), поддерживаемого в Revit (путем синхронизации проектов в облаке) С помощью Autodesk FormIt можно создавать четкие презентации для клиентов, которые будут дорабатываться в ходе подготовки и технико-экономических обоснований. FormIt позволяет использовать компоновку расположения, анализ и интуитивные 3D-эскизы, а затем передавать модель в Revit для составления спецификаций и выполнения количественного анализа.

• SepRate: sizes both vertical and horizontal two-phase oil-gas separators, three-phase water-oil-gas separators, free-water knockout drums (FWKO) and flare knockout drums (KOD). Also calculates the capacity of existing vessels ("Rating Mode”). Calculation is based on API SPEC 12J and API RP 521.
• CompPower: calculates the required brake power of multistage reciprocating compressors based on the guidelines available on the GPSA Engineering Data Book.
• PumpPower: calculates the required shaft power of centrifugal pumps.
• VesselSize: sizes vertical/horizontal pressure vessels and estimates the minimum required wall thickness (based on ASME Code, Section VIII, Div. 1) and the weight of the vessel (full and empty).
• ExpSize: calculates the volume change a liquid undergoes due to thermal expansion. The volume required by an expansion vessel may be calculated, which is in particular useful when designing heat transfer circuits based on hot-oil circulation.

• GasDrop: calculates the inlet pressure, the outlet pressure or the flow rate for compressible flow (gas lines) based on any of the following equations: Weymouth, AGA fully turbulent, Panhandle A, Panhandle B, Oliphant, Spitzglass, and ideal gas equation (isothermal). The module features a built-in list of fittings (such as valves, elbows, etc.) and piping materials’ roughness.
• LiqDrop: calculates the inlet pressure, the outlet pressure, required diameter, or the flow rate for incompresible flow (liquid lines). The module features a built-in list of fittings (such as valves, elbows, etc.) and piping materials’ roughness.
• TwoSize: sizes two-phase gas-liquid lines, i.e. internal diameter, based on API RP 14E (5th Ed).
• PumpNPSH: calculates the available Net Positive Suction Head (NPSH) for centrifugal and reciprocating pump installations.
• HeaderRate: estimates the capacity of a flare header using the ideal gas equation.
• GasValve: calculates the flow coefficient (CV) of a gas control valve.
• LiqValve: calculates the flow coefficient (CV) of a liquid control valve.

• GasPSV: calculates the required orifice of a pressure safety valve (PSV) for gas relief based on API RP 520 Part I (7th Ed)
• LiqPSV: calculates the required orifice of a pressure relief valve (PRV) for liquid relief based on API RP 520 Part I (7th Ed)
• SteamPSV: calculates the required orifice of a pressure safety valve (PSV) for steam relief based on API RP 520 Part I (7th Ed)

• Unit Converter: convert between the most usual units found in the O&G industry.
• Interpolator: given two points, extrapolate a third one (linear).
• Steam Table: given a pressure, calculate the saturation steam temperature, and vice-versa.
• Typical Piping: browse through a typical steel piping class used for general hydrocarbon service (internal/external diameter, MAWP and Schedule). You can also obtain the internal diameter of a pipe by entering directly its nominal diameter/schedule.