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Bentley SewerGEMS V8i is the first and only fully-dynamic, multi-platform (GIS, CAD, and Stand-Alone) sanitary and combined sewer modeling solution. With Bentley SewerGEMS V8i, you will analyze all sanitary and combined sewer system elements in one package and have the option of performing the analyses with the SWMM algorithm or our own implicit solution of the full Saint Venant equations. Simply put, Bentley SewerGEMS V8i offers the most comprehensive solution available for optimizing Best Management Practice (BMP) designs and meeting sanitary sewer overflow (SSO) and combined sewer overflow (CSO) regulations. With Bentley SewerGEMS V8i, you can: Develop system master plans Assess the impact of inflow and infiltration on SSOs Develop SSO and CSO remediation programs Perform system evaluations associated with...

Tekla Structures software is a building information modeling (BIM), which allows you to create accurate, detailed, easy to construct 3D models from any material and any complexity and manage them . Models Tekla Structures can be used throughout the construction process from design to fabrication, erection and construction management . Tekla Structures – is a single product that is available in several configurations that provide specialized functionality to meet the needs of certain segments of the construction industry.Tekla Structures can be used with other existing applications, or solely as a platform to develop their own workflows . Its open platform supports interoperability and standardization. Tekla Structures links with various systems through Tekla Open API â„¢ application programming interface that is...

Building Energy Design, Simulation and Energy Performance Certification For more than 28 years Bentley Hevacomp has provided designers, building engineers and consultants the tools they need to meet the challenges of creating energy efficient buildings that are tuned to their environment, perform for their occupants, and provide ROI for their owners. Bentley Hevacomp offers software for building performance design, simulation, and energy certification based on the EnergyPlus analysis engine.Supporting ISO, IEE, CIBSE, and ASHRAE standards, these industry-leading tools are used around the world to help predict a building\’s real-world performance as well as provide required compliance checking and documentation, such as those mandated by U.K. Part L2 and Australia Section J. Quickly analyze design options to see if they pass...

ignificant enhancements include:- Steel frame design has been added according to the Norsok N-004 2013 code.– Steel frame design according to the API RP 2A-WSD 21st edition code has been updated for supplements 1, 2 and 3.– Auto lateral wind load has been added according to the API 4F 2013 code.– The Chinese section-property database files have been enhanced by adding new sections.– A bilinear Maxwell damper has been implemented as a new link property. This device is a linear spring in series with a dashpot whose force-velocity relationship exhibits bilinear viscous behavior, typical of certain oil dampers having a relief valve.– A friction-spring hysteretic damper has been implemented as a new link property. The force-displacement relationship exhibits linear slipping...

A fully functional version with no limit on problem size State of the art finite element technology from one of the world\’s leading suppliers An easy to use graphical user interface for Windows XP/2000/Vista/7/8 Extensive customisation capabilities through the LUSAS Programmable Interface Special interfaces for researchers to incorporate their own research work Collaborative research opportunities with LUSAS. Reduced rates on scheduled LUSAS training courses (up to 50% discount on commercial rates) when available Worked examples to help students understand the fundamentals of finite element analysis An additional free Teaching / Training version of LUSAS to distribute freely to your students Media and Documentation The LUSAS Academic software kit is supplied with two CDs, one for installation of the full licenced...

MOSES is a software system for hydrostatic and hydrodynamic analysis of all types of offshore platforms and vessels. It is widely used for simulating and analyzing transportation and installation of offshore structures as well as performing design and in-place calculations on floating offshore systems. Product Data Sheet Using the flexible and customizable MOSES Language, naval architects and offshore engineers can complete hydrostatic, hydrodynamic, and structural simulations of all types of offshore operations, including loadout, transportation, lifting, launching, upending, and floatover. MOSES can also be used to predict the in-place performance of moored systems such as FPSOs and semi-submersibles. The integrated nature of the MOSES solver improves efficiency and reduces the risk of error when compared with the traditional approach of...

Maxsurf provides naval architects with software tools for all phases of the vessel design and analysis process. By using a common 3D surface model, design files can be optimized to accurately flow through concept, initial, and detailed design stages. With Maxsurf, users can confidently model hull forms; assess stability and strength; predict performance; and carry out initial structural definition and analysis. All Maxsurf modules share a consistent graphical interface—which reduces training time, increases ease of use, and allows designers to visualize complex configurations. Maxsurf is based on industry standards, including trimmed NURB surface modeling, DXF, and IGES data exchange. It also exhibits powerful interoperability, easily transferring data with Bentley’s MicroStation, as well as Rhino, AutoCAD, ShipConstructor, SolidWorks, and Microsoft Office...

Most Productive and Easy-to-Learn ToolOpenPlant Modeler V8i is a specification-driven modeling system that matches how a plant designer works. Using the highly intuitive MicroStation V8i user interface, already familiar to many users, the rapid creation of 3D models including piping, HVAC, and electrical components is made easy. With the assistance of MicroStation features such as AccuDraw and AccuSnap, the placement of components requires a few simple clicks of the mouse. Easy Reuse of Corporate StandardsExisting designs, models, and associated data, as well as catalogs and specifications from PDS, AutoPLANT, and PlantSpace, can be easily reused, enabling faster project start up and continuity of plant design. Piping Specification from Multiple FormatsTo ensure project compliance, piping specifications will limit the components that...

AECOsim Building Designer is a single building information modeling (BIM) software application for multi-discipline teams. It enables architects, structural, mechanical, and electrical engineers to design, analyze, construct, document, and visualize buildings of any size, form, and complexity. AECOsim Building Designer includes capabilities of former products: Bentley Architecture, Bentley Mechanical, Bentley Electrical, and Structural Modeler. Product Brochure What\’s new in AECOsim Building Designer AECOsim Building Designer enables multi-discipline teams to: Integrate Disciplines by bridging gaps between disciplines with common workflows and coherent set of tools and libraries Simulate Buildings easily with true Interoperability, built-in clash detection, and leveraging point clouds and hypermodeling innovation Model Anything of any form, size, and complexity by leveraging the power of GenerativeComponents Collaborate Efficiently by working...

RM Bridge Advanced V8i is comprehensive 2D/3D/4D software used by bridge engineers for bridges of all types, materials, and construction methods. A fully integrated modeling, analysis, and design process and rapid results processing bring economy to bridge design. RM Bridge Advanced produces deliverables derived directly from the models being analyzed – improving bridge constructability and ensuring smooth project delivery. All-in-One Bridge SystemRM Bridge Advanced follows an iterative modeling and analysis process that gives users remarkable flexibility in the bridge design process. It puts an end to costly start-over tasks that occur in midstream and has the added benefit of ensuring that an efficient and balanced project is delivered. This enables engineers to achieve extreme accuracy and go to unprecedented levels...