Intelligent Connection Design and Calculations
Managing Lifts and Cranes
Working with Revit
Intelligent Connection Design and Calculations
SDS/2 Detailing offers the highest level of automation and intelligence available in 3D steel detailing.
As the detailer inputs members, like columns and beams, connections are automatically designed with their necessary materials, bolts, holes and welds. SDS/2 Detailing takes a uniquely intelligent approach in its connection design by considering framing conditions and erectibility, automatically performing clash prevention as a part of its connection design. In addition, SDS/2 Detailing can value engineer the connections on a project, helping users to design the most economical connections to fabricate and erect. No other 3D detailing product can do this automatically.
SDS/2’s expanded design calculations give users the full formulas for all force checks of connections. With SDS/2, users can see how the software arrives at the connection results, and assists engineers in reviewing connections.
SDS/2 BIM saves project managers, BIM coordinators, detailers, and fabricators valuable time by enabling them with the power to generate information vital to the BIM coordination work process.
The software serves as a conduit to information stored within the 3D model. All model imports and exports to and from SDS/2 are a part of SDS/2 BIM. Model import and export functionality included with the SDS/2 BIM station will enable the same functionality with all other SDS/2 software solutions.
Designed to allow BIM coordinators to view all steel information on a project, SDS/2 BIM provides access to the 3D model in its native environment. BIM coordinators can have export capabilities at their fingertips for any SDS/2 model. Users will have the choice of several different formats for use with their coordination products and can import DWF reference models.
Managing Lifts and Cranes
SDS/2 Erector gives erectors powerful tools to aid in their work process. The 3D model and 2D drawings are accessible and viewable, providing the steel information in its native form. Erectors can generate center of mass and weight calculations for simple members or assemblies. Measurement tools provide the ability to verify necessary information and check erectibility clearances.
Crane placement and reach are also addressed with SDS/2 Erector. Erectors can locate their cranes around the steel model and choose exactly where the best location for placement will be. Easy to import and move around, the crane placement tool is a valuable component to any erector.
With SDS/2 Erector, users gain the ability to quickly generate lift calculations, critical lift reports and pick lists based on the actual steel that will be fabricated. By combining the precision of the fabricator's 3D model with accurate crane specifications, erectors have an improved ability to plan modular construction and assembled lifts. Critical site information like total station points can be sent from SDS/2 Erector to verify the locations of steel in the field either before it's placed or after placement for QA/QC purposes.
In SDS/2 Erector, erectors are afforded even more power to track and record progress to keep their job site on schedule. Through reporting and status tracking tools, daily progress can easily be recorded and future erection can be planned, allowing the model to be color coded as the structure goes up. With this measurable feedback, users can take advantage of the model to help keep the site on schedule. The actual status of the job site can be electronically sent to general contractors to allow them to adjust project schedules.
Any information in SDS/2 Erector can be transferred to any of the SDS/2 software solutions to allow easy and smooth communication through the model for the project.
SDS/2 Approval supports AISC's methodology for model approval by allowing communications like sketches, addendums and RFIs, as well as status updates, to be stored and exchanged via the 3D model. Whether you choose to approve models on a project using the Hybrid method or the Full Model Approval method, there is an SDS/2 solution that supports either approach.
The free SDS/2 Viewer allows the model to be used as a supplemental tool to more easily verify drawings. From the model, engineers can view information during the approval process, like connection design calculations, material information, member status and more.
Using SDS/2 Approval, engineers can receive submittals via the model, and then use it to approve, reject or note changes to be made. They can then transmit that information back to the detailer or fabricator's model via tools provided by SDS/2 Approval.
Working with Revit
Design Data’s SDS/2 Connect, an add-in for Autodesk® Revit® Structure Building Information Modeling (BIM) software, automatically designs connections within the Revit environment, which helps make it possible for structural engineers and fabricators to design, conduct code check analysis, and extend steelwork designs to fabrication within a BIM workflow. By bridging the gap between design and fabrication, SDS/2 Connect helps deliver constructible “as built” connections within Revit Structure, while shortening design time and reducing project timelines and costs.
SDS/2 Connect’s interoperability facilitates a bi-directional transfer of information through the direct API interface between Revit Structure and SDS/2, round-tripping the engineer’s information to the steel fabricator/detailer and vice versa. With SDS/2 Connect, structural engineers can work with fabricators in a Revit Structure preconstruction model during the BIM process, enhancing project communication and efficiency throughout the process.
Learn more and download a free 30-day trial at sds2connect.com.
With project timelines getting shorter and the information needs of partners and owners becoming greater, Design Data has created a feature to help bridge the gap. The new SDS/2 Status Transfer allows multiple project partners (erectors, fabricators, detailers, etc…) to update the model with the work they have completed on the project.
With SDS/2, you can easily update the model with the status of a member in detailing, fabricating or the field, and then send your changes back to the other project partners so everyone is on the same page. All disciplines can view the current status of the model by simply loading the file every day. Stay updated, informed and on time with the new SDS/2 Status Transfer feature.
With the new SDS/2 Status transfer you can easily send you changes back to the other project partners so that you are all on the same page. Everyone can view the current status of the model by simply loading the file every day. Stay update, informed and on time with the new SDS/2 Status transfer.
SDS/2 Fabricating is a solution designed specifically to meet the needs of fabricators. Fabricators simply request the model from the detailer, then can view the 3D model and 2D drawings, while having full control over the creation of CNC information necessary for the shop.
Through a dashboard interface, SDS/2 Fabricating brings all the fabricators’ needs right to the users’ fingertips. From the at-a-glance progress charts to streamlined CNC tools, the dashboard is the interface for organizing and implementing fabrication.
Detailers — often required to supply CNC files to the fabricator — will also benefit from the CNC output included in SDS/2 Fabricating. CNC functionality included with SDS/2 Fabricating will enable CNC functionality on all other SDS/2 software solutions.
Whether you are scribing, punching, drilling, cutting, marking or putting layout marks on wide flange, angles or HSS sections, SDS/2 Fabricating is the perfect fit.
Industry News Roundup: January 30
This week's news resources: Cable-stayed bridges, which debuted in the U.S. in the 1970s, are becoming a first choice for civil engineers, a Scientific American article explains. These bridges are under construction in several U.S. cities. Since the Leadership in Energy and Environmental Design, or LEED, guidelines and standards were released 14 years ago, more than 20,000 buildings have been certified. Read about the value of LEED certification in The Epoch Times. Construction of a twisting, 30-story skyscraper is expected to begin in Austria in 2016, according to a Gizmodo article. The building is designed so that surrounding properties will only be in the shadow for a couple hours a day. In case you missed our latest blog post: North American students have started competing in the 2015 National Student Steel Bridge Competition. The first regional event was held earlier this month. Check out our blog post to learn more about the contest. ... Read more.
Student Steel Bridge Contest Begins
The countdown to the finals of the 2015 National Student Steel Bridge Competition is underway. The competition, sponsored by AISC and ASCE, has North American students assemble their own designed and fabricated steel bridges following a specific set of building rules, according to Modern Steel. The mission of the competition is to give civil engineering students a comprehensive, student-driven experience that involves fabrication, testing and more, according to the 2015 competition guide. “Future engineers are stimulated to innovate, practice professionalism, and use structural steel efficiently,” the guide says. At the first competition, the University of Texas at San Antonio won first place. The Universidad Autonoma del Estado de Mexico was second place. Texas A&M University earned third place. Bridges are judged on display, construction speed, stiffness, lightness, construction economy and structural efficiency, according to the Modern Steel article. “It’s exciting to watch the next generation of structural engineers come together and work with such passion and enthusiasm,” Nancy Gavlin, AISC director of education, told Modern Steel. “The competition poses real-world challenges that the students face with ingenuity and professionalism.” The first of 18 conference competitions was held on Jan. 17 at the University of Texas at Austin. The top performing schools from each regional event will compete in the national competition. The national competition is scheduled for late May at the University of Missouri-Kansas City. Learn more about the competition at Modern Steel. ... Read more.
Industry News Roundup: January 23
This week’s news resources: With more than 100 technical sessions and more than 200 exhibitors expected, NASCC: The Steel Conference is a great opportunity to hear from experts and leaders in the field. Read eight reasons to attend the conference in Nashville this March on Modern Steel. (OK) http://bit.ly/1yYiy7W Two floors of New York City skyscraper ONE57 were sold to a mystery buyer recently, according to Building Design+Construction magazine. At more than $100 million, it is the most anyone has paid for a residence in New York City. (OK) http://bit.ly/1GHYnic Recent advances in steel girder bridge analysis are reflected in recently released guidelines approved by AASHTO. Learn more about the guidelines on Modern Steel. (OK) http://bit.ly/15xkdnx In 2017, fans of the Atlanta Falcons will watch games in a new stadium with eight retractable “roof petals.” Watch a video on Building Design+Construction magazine about the stadium to see what the roof will look like. (OK) http://bit.ly/1CtsIwZ In case you missed our latest blog post: Good modeling techniques, such as using Hole Pattern options or repeating holes, can minimize the time required to clean up drawings produced by SDS/2. See our blog post with five examples of how creating the same hole group in different ways produces different results. (OK) http://sds2.com/article/Tech-Tips-Jan-21... Read more.