iTwin Synchronizer
iTwin Synchronizer enables you to sync design changes from desktop design application with an iTwin in the cloud. Connectors transform engineering data from native design application into a schema. Design changes are recorded in a timeline of change providing an audit trail of who changed what when. Team members and project stakeholders can view, validate, and analyze the data stored in the iTwin from any location with a standard web browser.
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ProStructures CONNECT Edition update 5.2
ProStructures easily allows structural engineers, detailers, and fabricators to create 3D models for both concrete and steel. ProStructures provides automatic creation of documentation, details, and schedules. The open working environment and programming interface supports standardization of the program.
Capabilities:
- Design to international standards
Extend the reach of your business practice and take advantage of global design opportunities by using a wide range of international standards and specifications in our design products. Complete your designs with confidence thanks to extensive support of international standards.
- Detail and schedule concrete reinforcing
Produce rebar placing drawings, including sections, plans, details, bar bending schedules, material take-offs and beam/column/footing schedules, all based on the 3D model. All schedules and drawings can be customized to adhere to your company’s standards for concrete projects.
- Model parametric structures
Model structural members such as beams, columns, braces, steel connections, footings, foundations, and rebar. Apply steel connections between beams and columns, updating size changes automatically. Member types are also parametric for assemblies such as stairs, ladders, and handrails.
- Model reinforced concrete
Model reinforced concrete shapes such as concrete beams, columns, slabs, walls, spread footings, and continuous footings, all with parametric behavior. Changes to the concrete shape cause the rebar to adjust automatically. Model complex reinforced concrete shapes, including curves, sloping, or non-orthogonal shapes using intuitive commands.
- Produce steel fabrication drawings
Produce drawings for every steel shape, connection, and plate-work from the 3D model. Easily create comprehensive single-part drawings including dimensions, notes, labels, and part lists. Customize drawings to adhere to your company’s standards for all your structural steel projects. Any out-of-date drawings are automatically updated based on changes to the 3D model.
- Produce structural concrete details
Produce rebar placing drawings, including sections, plans and details from the 3D model. Quickly create details of reinforcing, including automated rebar labels, dimensions, and notes. Customize all drawings to adhere to your company’s standards for all your reinforced concrete projects. Automatically update drawings based on changes to the 3D model.
- Produce structural construction documentation
Produce construction documentation such as plans, sections, and details, all automatically linked to the 3D model. Changes made to the 3D model are automatically updated in the drawings. Easily manage changes and revisions to the model with automated flags on drawings that need to be reissued.
- Produce structural design documentation
Generate structural design documents including necessary plans and elevations that are used to convey the design intent. Changes made to the 3D model are automatically updated in the documentation.
- Produce structural details
Produce detailed 2D drawings directly from design results established in the structural model. Customize the style and format of the drawings using settings offered within the software.
- Share structural models
Transfer structural model geometry and design results from one application to another and synchronize changes over time. Quickly share the structural model, drawings, and information with the entire team for review.
- Track and rollback structural design changes
Manage design changes made to the 3D model, tracking revisions with optional descriptions and timestamps. At any time during the project, selected changes can be rolled back or undone. Explore multiple design scenarios, as well as recover quickly from modeling errors.
- Utilize international section profiles
Complete your structural model using a vast array of international section profile databases, which are included at no extra charge. Take advantage of global design opportunities around the world.
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Lynda: Revit 2022: Essential Training for Structure (Metric) + Exercise files
Publisher: Lynda.com| Peresented By: Eric Wing | Year: 2022| Language: English| Format: mp4| Size: 2190 MB| Quality: HD 720
Revit is a great program for structural engineering, offering cutting-edge tools for designing solid structures and publishing clear, easy-to-share documentation. This course focuses on the major components of Revit 2022 used for structural design, featuring examples in metric units (meters). Instructor Eric Wing explains how to start a project and set up structural views; add foundations, reinforcing, and steel and concrete framing; model slabs and trusses; and build a whole lot more. He also helps you create detailed, annotated documentation for sharing and use in construction. The course is designed for members with no Revit experience, or for more advanced users who want to jump to a topic and start from there. Either way, this comprehensive course can teach you what you need to know to be dangerous in Revit structure.
Table of Contents:
01 - Introduction
02 - Setting Up the Project
03 - Grids and Columns
04 - Foundations
05 - Steel Framing
06 - Floors and Slabs
07 - Reinforcing
08 - Steel Brace Frames
09 - Stairs, Ramps, and Slopes
10 - Detailing and Annotating
11 - Schedules and Tagging
12 - Trusses
13 - Project Management
14 - The Steel Tab
15 - Precast Concrete
16 - Structural Loading
17 - Conclusion
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Autodesk Revit is exclusively built for building information modeling (BIM), for the design, construction and operation management of high-quality, energy-efficient buildings. Autodesk Revit - a complete solution that combines capabilities of architectural design, design of engineering systems and structures, as well as the simulation of construction (Autodesk Revit Architecture, Autodesk Revit MEP and Autodesk Revit Structure).
Key Features:
- Parametric modeling
Parametric components are the basis for designing building components in Revit. Express design intent for elementary parts as well as detailed assemblies.
- Collaborate in real time
Worksharing enables multiple team members to work on the same project at the same time on a central shared model.
- Stay coordinated
With Bidirectional Associativity, a change anywhere is a change everywhere. Revit model information is automatically updated throughout the model.
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Quickly and easily perform 3D design of your piping, HVAC, and electrical equipment with Bentley OpenPlant Modeler. Increase project team collaboration and speed up review cycles through the interoperability the software provides with open data models. You can also lower software costs by economically scaling your OpenPlant deployment to fit any size project.
OpenPlant CONNECT Edition is the first product in Bentley’s multi-discipline plant design solution to utilize iModelHub, Bentley’s cloud service that tracks all changes made to project designs and notifies users about the changes. iModelHub allows you to synchronize to and from particular timeline milestones and visualize, summarize, analyze, and interpret the impact of ongoing changes.
OpenPlant Modeler CONNECT Edition, the first 3D plant modeling software based on ISO 15926, is an accurate, rapid, design engineering solution for 3D plant design. It enhances project teams with mobile information, i-models, and support for multiple formats and data types, such as DGN, DWG, JT, point clouds, and PDF, to provide flexible design and review processes. It is both more versatile and productive than any existing "3-D piping" application. The OpenPlant Modeler CONNECT Edition includes SELECT CONNECTservices, new Azure-based services that provide comprehensive learning, mobility, and collaboration benefits to every Bentley application subscriber Optional Pre-requisite: Structural Synchronizer is required for ISM data interchange workflows only.
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This report gives an overview of structural health monitoring (SHM) technologies for concrete structures. Data processing, analysis, and interpretation are not addressed in this document.
Keywords:
sensors; structural health monitoring (SHM); structures; technology.
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Could someone share the New second edition please.
Thanks in advance!!
Design Guide 25: Frame Design Using Nonprismatic Members,
Author(s): Donald W. White, Woo Yong Jeong, and Ryan Slein Edition: Second Edition Publish Date: 2021 Published By: AISC Related Links:
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Strut-and-tie models (STMs) were first used at the end of the nineteenth century as a concrete design method. The method was added to ACI 318 in 2002 as Appendix A. In 2014, STM provisions were moved into the main body of the code as Chapter 23, Strut-and-Tie Method. This document focuses on the ACI 318-19 implementation of strut-and-tie modeling. The main objectives of this document are to: 1) explain the intent and application of ACI 318 STM provisions; 2) provide additional design guidance for the STM based on other design codes, specifications, and committee documents; and 3) present design recommendations from recent research publications. This document provides practical guidance to the structural design community.
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WIND LOADING HANDBOOK FOR AUSTRALIA & NEW ZEALAND – Background to AS/NZS 1170.2 Wind Actions.
Author: J D Holmes; K C S Kwok; J D Ginger; Australasian Wind Engineering Society,
Publisher: [Australia] : Australasian Wind Engineering Society, 2012.
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