Aquaveo GMS - комплексная среда моделирования подземных вод с системой предварительной графический обработки информации. Aquaveo GMS легко взаимодействует с MODFLOW и рядом других моделей по моделированию подземных вод и предоставляет расширенные графические возможности для просмотра и калибровки результатов моделирования.

STRAKON is a 2D/3D/BIM CAD system for structural design. The focus is on formwork and reinforcement planning. You can create 2D or 3D plans. You can edit the project in BIM (Building Information Modeling) or only in 3D or 2D. The designer or project manager can decide within a project which method is required or useful. As changes during the phase of planning and construction are very common, a high degree of modification comfort is very important. Furthermore, cooperation with many project participants via fast electronic data transfer is absolutely essential. STRAKON allows you to communicate digitally with all project partners such as contractors, architectsa, structural engineers, MEP-planners, construction companies, etc. BIM in particular requires good interfaces in structural design, where formwork and reinforcement plans play a central role. Here IFC, CPIXML or 3D PDF offer a very good standard. With STRAKON you are excellently positioned in the field of formwork and reinforcement planning for the future. BIM is in increasing demand by both the public and the private sector. It is therefore important that a CAD system can be optimally integrated into BIM process chains in terms of formwork and reinforcement. The decisive factor here is that BIM should offers advantages for your office – in this case STRAKON can support you very well. DICAD is a member of buildingSMART and the structural design group and is actively working on changing planning methods a 3D/BIM processes. The focus of planning with STRAKON is in the field of formwork and reinforcement planning in 2D, 3D and BIM. With STRAKON you can work on different specialist fields. A structural engineer will find that STRAKON idealy supports his point of view when it comes to Structural engineering, civil engineering, bridge construction, precast construction, unitized construction and much more. But STRAKON can also be used for process in the fields of architecture, steel construction, timber construction etc. The rapidly growing number of STRAKON users shows that STRAKON is gaining more and more approval and becoming the standard system.

Software tool for structural analysis of frames, beams and trusses under static, dynamic, linear and non-linear loads. It includes all features of the Static Edition and the Truss Edition of 2D Frame Analysis software suite plus the ability to handle dynamic loads. The dynamic modes of the structure are automatically calculated and the corresponding modal shapes are represented graphically. Supported structural excitations include response spectrum as well as stepped time history analysis. The software uses optimized finite elements and includes a powerful solution engine. The calculation results are represented in an automatically created calculation report, exportable to pdf, doc and xls formats. Moreover, the program also supportes non-linear static analysis (second order analysis) for the consideration of P-Delta effects.

STRAKON is a 2D/3D/BIM CAD system for structural design. The focus is on formwork and reinforcement planning. You can create 2D or 3D plans. You can edit the project in BIM (Building Information Modeling) or only in 3D or 2D. The designer or project manager can decide within a project which method is required or useful. As changes during the phase of planning and construction are very common, a high degree of modification comfort is very important. Furthermore, cooperation with many project participants via fast electronic data transfer is absolutely essential. STRAKON allows you to communicate digitally with all project partners such as contractors, architectsa, structural engineers, MEP-planners, construction companies, etc. BIM in particular requires good interfaces in structural design, where formwork and reinforcement plans play a central role. Here IFC, CPIXML or 3D PDF offer a very good standard. With STRAKON you are excellently positioned in the field of formwork and reinforcement planning for the future. BIM is in increasing demand by both the public and the private sector. It is therefore important that a CAD system can be optimally integrated into BIM process chains in terms of formwork and reinforcement. The decisive factor here is that BIM should offers advantages for your office – in this case STRAKON can support you very well. DICAD is a member of buildingSMART and the structural design group and is actively working on changing planning methods a 3D/BIM processes. The focus of planning with STRAKON is in the field of formwork and reinforcement planning in 2D, 3D and BIM. With STRAKON you can work on different specialist fields. A structural engineer will find that STRAKON idealy supports his point of view when it comes to Structural engineering, civil engineering, bridge construction, precast construction, unitized construction and much more. But STRAKON can also be used for process in the fields of architecture, steel construction, timber construction etc. The rapidly growing number of STRAKON users shows that STRAKON is gaining more and more approval and becoming the standard system.

Hunt down your files. Найдётся всё, но не Яндекс!

Архиватор RAR является самой распространенной программой после операционной системы и браузера, ведь большинство программ и в Интернете, и у пользователей хранятся в сжатом виде в архивах.

The innovative and revolutionary new ETABS is the ultimate integrated software package for the structural analysis and design of buildings. Incorporating 40 years of continuous research and development, this latest ETABS offers unmatched 3D object based modeling and visualization tools, blazingly fast linear and nonlinear analytical power, sophisticated and comprehensive design capabilities for a wide-range of materials, and insightful graphic displays, reports, and schematic drawings that allow users to quickly and easily decipher and understand analysis and design results. 

In this training course, you will learn the following contents with concepts, as per code ASCE 7-16 / UBC 97. Materials, Frame Section Definitions, Mass Source, Load combinations. Import grid from AutoCAD, Reference points, Earthquake and wind Loads. Structural Modelling checks. Stiffness, Mass, Torsion and Building eccentricity checks. Concrete Slab Design with Strip Based Method and Finite Element Method (FEM). P-Delta checks and how to apply. Equivalent static Force Method. Response Spectrum Analysis. Time History Analysis. Slab and foundation Export to CSI SAFE for slab and foundation design. This course will help you to optimize your design with full control of parameters such as deflection, reinforcement for your concrete columns, beams, slabs and shear walls and design of structures with Static and Dynamic Loading.

The Institute of Transportation Engineers (ITE) is an international membership association of transportation professionals who work to improve safety and mobility for all transportation system users and help build smart and livable communities. Through its products and services, ITE promotes professional development and career advancement for its members, supports and encourages education, identifies necessary research, develops technical resources including standards and recommended practices, develops public awareness programs, and serves as a conduit for the exchange of professional information. ITE develops the next generation of transportation professionals through its K–12 STEM program and its more than 150 student chapters.