The program analyzes towers using the ANSI/TIA-222-H Standard or any of the previous TIA/EIA Standards back to RS-222 (1959). Steel design is checked using the TIA/EIA Standards, AISC ASD 9th Edition or the AISC LRFD Specifications, as applicable. The Canadian Standard CSA S37-01 is available as well. tnxTower's rapid model creation tools, 3-D frame-truss models and automatic wind force and ice loading generation capabilities are just a few of the features that make this industry-standard software the premier choice for all types of communication towers. Graphical display of tower geometry, appurtenances, internal forces, stresses and displacements are created automatically. Extensive graphics plots include material take-off, shear-moment, leg compression, displacement, twist, feed line, guy anchor and stress plots. tnxTower contains unique features such as True Cable behavior, hog rod take-up, foundation stiffness and much more.

Сегодня для геодезиста доступно множество специальных программ, и часто для начинающего геодеза встает вопрос – с какой программы начать? Следует понимать, что «идеальной» программы вам найти так и не светит. Можно встретить в Интернете утверждения типа «я работаю только в GeoniCS, CREDO, AutoCad» - но это не более, чем частные мнения. Каждая из программ призвана решать определенный спектр задач. То, что подойдет кадастровому инженеру – покажется отстоем топографу-изыскателю или тому, кто работает на стройке.

The FARO As-Built for AutoCAD is the follow-up product of all PointSense for AutoCAD Products. It contains the functionality of PointSense Pro, Building, Heritage and Plant plus additional features. As-Built for AutoCAD is available in many languages.

As-Built for AutoCAD provides powerful tools to derive plans, image plans and 3D models from point clouds for as-built data collection and planning in architecture, construction and engineering. Plant components and piping systems can be automatically detected and recorded with all their parameters. Exact connection points can be determined without modeling. Analysis tools serve for quality control of the modeled object as well as for the determination and visualization of deformations. The integrated feature data capture is useful for facility management and real estate management, as well as for component lists from piping systems or for damage mapping on facades of historical buildings. Photogrammetry tools are a valuable addition to the inventory and documentation of historical buildings in particular in historic preservation and building research.

An interface to total stations complements the range of functions and enables the staking out of points from the design into reality. When measuring the total station becomes a 3D mouse. Measurements are transferred directly to AutoCAD.

tnxFoundation is a standalone application for tower foundation design. It may be used as an extension of tnxTower, or as a separate program. tnxFoundation features automatic import of support geometry and load data from tnxTower analyses. Alternatively, this information can be entered manually for each foundation design project.

• Multiple foundation types (Pad and Pier, Pad, Caisson, Pad with Piles, Pad and Pier with Piles, Mat and Piers, Mat, Mat with Piles, Mat and Piers with Piles)
• Material and geometry type definitions
• Soil layer definitions
• Imported or user-defined load cases and load combinations
• Foundation geometry optimization
• Foundation stability verification
• Required reinforcement determination
• Post-installed anchor analysis
• Reports with calculation results
• Import of tower support data (monopoles, self-supporting lattice towers, guyed towers, guy anchor blocks)
• Supported unit systems: US and Metric
• User-editable databases (concrete, reinforcing steel, steel pile, soils)

• Complete verification of failure modes: bearing, sliding, uplift, and overturning
• Concrete footing analysis and design: flexure, one-way and punching shear, geometry optimization
• Concrete caisson analysis and design: flexure, compression, uplift, lateral loads (Broms, p-y), geometry optimization
• Pile and pile cap analysis and design: single pile and pile group compression/tension, pile axial capacity, pile cap flexure, one-way and punching shear, geometry optimization
• tnxFoundation caisson diagrams 

• Geotechnical and structural design reports
• Summary and detailed reports for all foundation types
• Shear, moment, and deflection diagrams for caissons
• Clear and comprehensive presentation of the results
• MS Word and PDF formatted documents

VisKon - The New Generation of Visual Construction. Your full 3D CAD/CAM solution for Construction Industry. From the idea (Planning) to the realisation (Finished Project)! VisKon by WETO is a BIM/CAD/CAM Software for Timber Construction, that allows to create simple or complex timber Roofs (with dormers, sky windows, chimneys), and porches, pergolas, carports, stables, etc. with framing, so Timber Framing Buildings (with Studs, Plates, Noggins), Block Houses and Massive (as XLAM). VisKon automatically creates Technical Drawings and CNC that you expect for production. "Nomen (est) Omen”, that means "Name is Omen”. As Latin said, people name is an Omen that explains what is it and what it does and we can apply this mindset about VisKon name that means Visual Construction (Konstruktion). Since first version, the software target is to create the Easier Software Solution as possible that avoids typical problems of 2D planning (as the mistakes, lacking…) and difficulties of the others 3D software. The result is a 3D visual builder composed by several and specific 3D tools that are designed to be easy and fast for any kind Timber Construction that you want to plan and to build.

BuildIT Construction is a construction verification software solution that enables AEC professionals to facilitate and accelerate prefabricated part positioning and monitoring, validation to BIM and project evaluation with high accuracy by using 3D analysis in adherence to design and structural specifications.  Utilizing BuildIT Construction allows users to drastically reduce costs and detect errors early on to avoid expensive rework. Leveraging the robust and powerful platform of BuildIT’s cutting-edge 3D metrology software for manufacturing, BuildIT Construction addresses all quality assurance and quality control processes throughout the building and facility lifecycle.

С момента выхода первой версии IDEA StatiCa Connection в 2014 году прошло немало времени. В то время разработчики программы представили абсолютно новый подход к расчёту и проектированию соединений стальных конструкций. В основе программы лежит уникальный инструмент - Компонентный Метод Конечных Элементов (КМКЭ), благодаря которому стал возможен столь стремительный рост популярности IDEA StatiCa как программного обеспечения, ставшего сегодня ведущим в области проектирования и расчёта узлов стальных конструкций. IDEA StatiCa смогла разрешить многие проблемы, связанные с учётом локальных эффектов, возникающих при расчё-те, и органично вписалась в современную концепцию BIM-проектирования. Опираясь на отзывы более чем 2000 клиентов по всему миру, компания IDEA RS постоянно расширяет функционал своих программных продуктов, что позволяет существенно ускорить процесс работы и улучшить интеграцию IDEA StatiCa со сторонними приложениями для расчётов и проектирования (Tekla Structures, SAP2000, ETABS, Advance Steel и др.) Релиз версии 10 весьма многообещающий, так как он направлен на разрешение серьёзного тех-нического вопроса – расчёта узлов стальных конструкций на сейсмические воздействия. И вопрос этот должен быть решён не только для простых и шаблонных узлов, а для конструкций с любой топологией, загруженных произвольными усилиями. При этом процесс должен занимать не-сколько минут. Новый режим расчёта IDEA StatiCa Connection на сейсмические воздействия создан именно затем, чтобы устранить описанные сложности, возникающие в каждом проекте по всему миру. Надёжный и быстрый расчёт узлов стальных конструкций, представленный в удобном и понятном интерфейсе – вот что представляет собой обновлённая IDEA StatiCa 10.

VIS Concrete Design Software was developed by CSI Italia, with the intent of expanding SAP2000, ETABS and CSiBridge design capabilities to meet specific Eurocode requirements. Development of VIS started in 2004 and continues through these days, striving to make the CSI programs ever more suited for use in the European market. VIS provides you with a unique approach that intuitively follows the natural workflow used by structural engineers in their design process. Initially, you’ll be working on the model. This is done using one of the CSi programs. They are some of the most well-known and appreciated structural engineering packages on the market. You can use many VIS tools to help during the modeling phase. Including; Combinator that will automatically generate load combinations. Section Cutter that aids in the modelling of concrete walls. And, SPF that will let you explore seismic performance. Everything takes place within a single interface in the main software program (SAP2000, ETABS or CSi Bridge). VIS is fully integrated. This means VIS acts as part of the main program itself. And, permits you to move flawlessly back and forth; interacting with the model and exchanging data with it. Once satisfied with the model, you can run the analysis and take advantage of the limitless capabilities of the CSi software. You can check results, use design utilities, edit the model on the fly and redo the analysis until satisfied with the size of your concrete members. You decide which of these members you want to design in detail. You can select a few, or the entire model. Open the "Tool” menu and click VIS to enter the design session. Once the design parameters are set to your requirements VIS will automatically populate the entire structure with preliminary reinforcing. Not just required areas. But, fully detailed longitudinal and transverse reinforcing. This reinforcing meets all code requirements but will probably be a long way from your desired results. It is a very helpful starting point, though. From there you can use the powerful editing and design capabilities in VIS to revise the reinforcing to way you want it. And, tailor it exactly to your project needs. Once finished, you can take advantage of the many output features and then transfer the results to calculation reports and working drawings.