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Structural Analysis in Revit Tutorial
 
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Plugin for structural analyss:https://structuralanalysis.360.autodesk.com Learn how to do Structural Analysis in Revit Tutorial! Subscribe for daily videos!
Views: 54175 Balkan Architect
Curso-Revit-Structure-2016-Aula-Robot-Structural-Analysis-ToolKit
 
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O Curso-Revit-Structure-2016-Aula-Robot-Structural-Analysis-ToolKit faz parte de um programa de promoção do curso oferecido pelo centro de treinamento autocad - ProjetoACG.
Views: 1171 BIM EXPERTS
Autodesk Revit Structure: Structural Analysis -  Getting Started
 
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After viewing the video, the user will be able to submit the structural analysis of the analytical model and display results.
Revit structure vers robot structural analysis 2018
 
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Yassine Tarmouti Email:[email protected] Tel:0633085004
Views: 13456 ARCHI SOFT
Structural Toolkit 2018
 
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Voici une review du plugin Structural Toolkit 2018 Revit. Plugin disponible ici : https://apps.autodesk.com/RVT/fr/Detail/Index?id=4901636995211349921&appLang=en&os=Win64 Dans quelques jours, un article (avec les données) sera disponible sur notre blog Village BIM : http://villagebim.typepad.com/ Alors abonnez-vous !
AEC Collection Workflow: Structural Analysis for Revit
 
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Structural Analysis for Revit provides cloud-based analysis to structural engineers as a part of the BIM process. With Structural Analysis for Revit, engineers and designers can extend design models from Revit to the cloud for structural analysis. Results can then be visualized and explored within Revit and disruptions to a designers or engineer’s workflow are minimized by performing analysis in the cloud as design continues.
Revit 2013   Pile Scheduling with the Excitech Revit Toolkit
 
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A quick demo of the Excitech Revit Toolkit for Revit 2013. This short demo shows the effective scheduling of pile coordinates and generation of a schedule. Here is a link to my Blog for download and more information: http://revitstructureblog.wordpress.com/2012/07/31/pile-coordinate-scheduling-for-revit-structure-2013/
Views: 6073 RevitStructureBlog
Gravity Analysis sous Revit 2016
 
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Dans le “Structural Analysis Toolkit for Revit 2016”, nous avons la possibilité de faire via le Cloud des calculs classiques aux Elèments Finis de type coque et poutre, et depuis cette année, il est possible de définir une analyses de descente de charges aux lignes de ruptures comme dans Autodesk Concrete Building Structures (CBS). Ainsi il est possible de déterminer rapidement les charges sur les différents élèments. Je vous propose dans ma vidéo de vous montrer ce nouvel outil et de comparer un résultat à Autodesk Concrete Building Structures 2015. Gravity analysis: Apart from static analysis, you can perform gravity analysis. It is the analysis type which by deducing the flow paths of loads lets you determine how vertical loads are transmitted from the top to the foundation of the model. I will compare some resultat to Autodesk Concrete Building Structures 2015 (CBS 2015).
Autodesk Revit 2017 Tutorial-Drawing Pile-cap
 
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Facebook Page: CSI ETABS Civil Engineer https://www.facebook.com/csietabs/ Welcome to Cefci(E5) Civil Engineering for Construction Informatics Hello Everyone in this videos tutorials autodesk revit 2017, detail you about how to Drawing Pilecap in Autodesk Revit 2017, In this video show the process to use revit family to create pilecap Subscribe Our YouTube Channel to get more Videos Update Relating to Structural Detailing, Structural Modeling, Analysis and Design Software. please have a look in this video thank.! Watch more for ETABS 2016 CAD Import Steel Factory https://www.youtube.com/watch?v=_LZZA5IeueU Watch more for Etabs 2016 Steel Factory Structural Modeling 1/2 https://www.youtube.com/watch?v=9TiIeuBLvEY Watch more for Etabs 2016 Steel Factory Structural Modeling 2/2 https://www.youtube.com/watch?v=jhM9CGbwvjc Watch more for Etabs 2016 Steel Factory Structural Load Assign https://www.youtube.com/watch?v=D_lUTJOzu0M Watch more for Etabs 2016 Steel Factory Structural Analysis and Design https://www.youtube.com/watch?v=HRZiVL382cA Find us on Website: http://www.cefci.com/ Find us on Google+: https://plus.google.com/u/0/116647793703738649854/posts Find us on Facebook: https://www.facebook.com/Cefcicivil%20/ ** Finally If you like this video please give me a Like or share it ...and also if you don’t like this video you can give me a Dislike and tell me why you dislike it too ** Hope you have a wonderful day ^^
T-Spline In Revit with Synthesize Toolkit to Create Organic Bridges and Forms
 
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It's in an experimental stage, If you want to test it, install Synthesize toolkit, and navigate to the extra folder in Dynamo player, *DON'T FORGET TO ENABLE THE T-SPLINES NODES
Views: 1166 Karam Baki
Autodesk 360 Structural Analysis for Autodesk Revit
 
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Autodesk 360 Structural Analysis for Revit offre aux ingénieurs structure la possibilité d'effectuer les calculs de la structure dans le cloud en tant qu'une étape du processus BIM. Grâce à Structural Analysis, les ingénieurs et les concepteurs peuvent envoyer le modèle réalisé avec Revit Structure ou Revit directement au cloud, ce qui réduit les inconvénients et permet aux utilisateurs de travailler sans interruptions. Une fois l'analyse effectuée, il est possible d'afficher et d'exploiter les résultats dans Revit Structure et Revit.
Fusion 360 - Nine Bridges Curvature Analysis
 
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Create the Surface for the Nine Bridges Roof structure to bring into Revit. Use Curvature analysis tools in Fusion
Views: 911 VP BIM Channel
AutoDesk Revit Structure 2016 installing.
 
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AutoDesk Revit Structure 2016 installing all Add-ins, Extensions , the Toolkit, Templates, Libraries and Families.
Views: 412 Ismael Ahmed
Revit Structure 2016| Aula 18| Link entre Revit e Robot Structural Analysis
 
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Aula 18 de Revit Structure 2016 - Módulo II (Link entre Revit e Robot Structural Analysis) de uma série de aulas do engenhaBIM sobre modelagem e análise de modelos estruturais no Revit 2016. Link para download dos arquivos: http://www.engenhabim.com/#!downloads... Skinny Leonard de Audionautix está licenciada sob uma licença Creative Commons Attribution (https://creativecommons.org/licenses/...) Artista: http://audionautix.com/
Views: 16652 engenhaBIM
Autodesk Revit Structure Integration with Autodesk Robot Structural Analysis
 
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Welcome to Cefci(E5) Civil Engineering for Construction Informatics Facebook Page: CSI ETABS Civil Engineer http://bit.ly/2mOpD7t Please like and share to get more videos tutorials Subscribe Our YouTube Channel to get more Videos Update Relating to Structural Detailing, Structural Modeling, Analysis and Design Software. Watch more for ETABS-Cantilevered Steel Truss Design 02/02 http://bit.ly/2nAuTeJ Watch more for CSI SAFE-Analysis & Design of Slab with Beam http://bit.ly/2k1Se8a Watch more for ETABS-Design of Tall Building 03/03 http://bit.ly/2lJCoDt Watch more for ETABS-Steel Truss Factory Structure-01/02 http://bit.ly/2njyoda Watch more for ETABS-Spiral Stair Modeling http://bit.ly/2ivMJMU Find us on Website: http://bit.ly/2lT1mwg Find us on Google+: http://bit.ly/2n6jW42 Find us on Facebook: http://bit.ly/2mt51Uw ** Finally If you like this video please give me a Like or share it ...and also if you don’t like this video you can give me a Dislike and tell me why you dislike it too ** Hope you have a wonderful day ^^
Revit-RSA 2017:  Prepping for Analysis
 
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In this video, a Revit 2017 model is sent to Robot Structural Analysis Professional 2017. Once the RSA model is generated, load combinations are generated and finite element meshing is performed in preparation for analysis.
Views: 918 Aaron Vorwerk
Revit Stucture как препроцессор для Robot
 
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Часть первая из трилогии о сквозном проектировании ж.б. плиты. Revit Stucture как препроцессор для Robot.
Views: 933 rsa4all
Autodesk 360 Structural Analysis for Autodesk Revit
 
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Autodesk 360 Structural Analysis for Autodesk Revit provides cloud-based structural analysis to structural engineers as a part of the BIM process. With Autodesk 360 Structural Analysis, engineers and designers can extend design models from Autodesk Revit to the cloud for structural analysis. Results can then be visualized and explored within Revit and disruptions to a designer or engineer's workflow are minimized by performing analysis in the cloud as design continues.
Analysis in Revit Structure 2014
 
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In this YouTube video, you will see how an analytical model is taken to Robot from Revit 2014 and the use of Exchange Application.
Views: 72879 Sham Tickoo
Revit 2016 - Structural Loads Improvements
 
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The structural analytical model was improved in several different areas. This improves your ability within Revit to manipulate and explore the analytical model to help solve round-tripping issues between Revit and structural analysis software. Find out more here: http://store.cadpoint.co.uk/index.php?app=gbu0&ns=catshow&ref=Autodesk_Revit_Architecture
Views: 62 cadpointdirect
Revit Tutorial - Structural Opening Familiy
 
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In this tutorial we will look at the merits and benifits of building your own familiy for structural openings in a model. This gives the added features of using the opening in a horizontal plane and also cutting through foundations, beams etc. For more information and tutorial notes visit www.revitstructureblog.wordpress.com
Views: 5473 RevitStructureBlog
Reinforcements in Revit 2013 for Structural Engineers: Scheduling Reinforcement
 
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http://autode.sk/V1njcW | You can schedule reinforcement information in Autodesk Revit 2013. This tutorial outlines how to schedule different types of reinforcements with the information stored in your Revit model. Autodesk Revit is available as part of the Autodesk Building Design Suite Premium and Ultimate. For more information, visit http://autode.sk/V1njcW
Revit Architecture 2011 - Sunpath Analysis
 
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Following Autodesk's acquisition of Ecotect we can now see some of those tools finding their way into the Revit toolkit. Leading the way is the sun path analysis tool, allowing accurate and dynamic visualisation of a building's impact on its surroundings. For more Revit Architecture 2011 videos, visit Excitech's Video Portal - http://www.excitech.co.uk/2011y
Views: 15521 Excitech Ltd
Dicas para Revit 2016| Curso Revit Structure 2016 e Robot Structural Analysis
 
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Dicas do canal engenhaBIM para Revit 2016. Neste vídeo, apresentamos o curso de Revit Structure 2016 e Robot Structural Analysis. Acessem www.engenhaBIM.com para notícias sobre BIM, Revit, Navisworks e Robot Structural Analysis. Acessem também as nossas playlists com cursos completos sobre Revit disponibilizados gratuitamente. Em www.engenhaBIM.com é possível adquirir cursos premium com conteúdo avançado e inédito em língua portuguesa. Skinny Leonard de Audionautix está licenciada sob uma licença Creative Commons Attribution (https://creativecommons.org/licenses/...) Artista: http://audionautix.com/
Views: 3693 engenhaBIM
Integração Revit Structure + Robot Structural Analysis
 
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Prédio case para estrutura mista. CONEXÃO BIM
Views: 310 Diego Oliveira
Autodesk Revit Structure 2016: Gravity Analysis
 
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There is a new analysis type available in the Structural Analysis for Revit service. This is a simplified analysis which by deducing the flow paths of loads determines how the vertical loads are being transmitted from the top of the model to the foundation. Vertical loads are the only loads which are considered both as applied and as transmitted further along the load flow paths. Thanks to this feature, engineers can very quickly determine structural loads and reactions without the finite element method (FEM) and leverage them during the design stage.
Robot Structural Analysis 2016: что нового?
 
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Запись вебинара о новинках Robot Structural Analysis 2016
Views: 1059 rsa4all
Exploring Results in Autodesk React Structures
 
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Learn how to explore results in Autodesk React Structures Tech Preview 1
Win New Work in Structural Engineering
 
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Be More Efficient, Win New Business. Autodesk® BIM solutions for Structural Engineering provides structural engineers access to desktop and cloud-based solutions that connect design with simulation and analysis, and carry through to documentation:
Autodesk Robot 2016 Tutorial │ Importing from Revit to Autodesk Robot  │ Lesson 07
 
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For getting this tutorial visit: https://virginiae-learning.com Autodesk Robot 2016 Structural Analysis Professional Tutorial. For Steel Structures, Foundations and Trusses. Level II. Lesson 07: Importing Structural Models from Revit to Autodesk Robot Welcome to Autodesk Robot Structural Analysis Professional 2016 Tutorial. Steel. Part II. For Design and Analysis of Warren and Pratt trusses, Foundations and Dynamic Analysis of Wind Loads over Steel Structures. Once you’ve mastered the basic principles of the design and analysis of steel structures, we’ll take a step further in Autodesk Robot 2016 by teaching you how to work with Steel Lattice Structures, including Warren and Pratt Trusses; one of the most popular Steel Structures Elements. We’ll start our course by designing a two-dimensional version of these elements in both Revit Structure and Autodesk Robot. Also approaching arch, inclined and straight roofs. We are also going to work with Steel Structures in big frames as well as with the design of connections using either bolts, plates, angles or welds and all the detailing for obtaining a safe connection, which the software analyze and test. Another aspect we’ll observe is the design of foundations, analyzing its behavior under different stresses and soil compositions. And how could we forget of the subject of Wind Analysis. One of the aspects that Autodesk Robot obtains through a Dynamic Analysis which ponders wind speed and direction, transforming these two factors into specific load cases. As you might know Autodesk Robot automatically generates the plans and calculation memory, according to specific design codes and regulations. And since Autodesk Robot is an international level software, you won’t issue specifying the design codes of your country. Finally, and as in all of our courses, you’ll have access to our expert engineers through Virginia E-Learning Support Center. To get this full tutorial visit: https://virginiae-learning.com
Views: 693 Virginia E-Learning
OCOS Software Demo Video
 
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OCOS, One Click One Structure, an add-in for Autodesk Revit Structure. It is designed to create BIM models appended with structural characters from a description just one click, models can be used directly by finite element analysis software, such as Autodesk Robot Structural Analysis, without any more preprocessing. For building appearance, ring, fan, hyperbolic face, pyramid, even their combination can be formed by one line of parameters. Casting building structure into a mass as a mould, is a new feature of the conceptual mass usage. Even more complicated, more suitable for dynamic wind loads, to transform from design to real is just casting with easy. In other words, the add-in seems to extract structural information from a visual 3D model world and describe them on a paper, it is so important for construction plan and structural optimization. OCOS SOFTWARE COMPANY LIMITED TIANJIN OFFICE 香港一键结构软件有限公司天津工作室
Views: 356 ADNPartnerChannel
Autodesk Structural Engineering Curriculum - Introduction to Structural BIM
 
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This video demonstrates introduces the concept of objects and provides ideas for hands-on practice creating structures in Autodesk® Revit® Structure software. Join the Autodesk Education Community for access to free software, tutorials, webinars, and more! http://autode.sk/w6bq5G
Views: 1298 Autodesk Education
SS15 BEM revit to Sefaira tutorial
 
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How to open your revit file in sketchUp for use in Sefaira
Views: 824 Tim Hemsath
Autodesk A360 Collaboration for Revit Demo
 
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See a demo of how multiple project teams can collaborate on a project with A360 Collaboration for Revit Subscription service. Get more information http://www.autodesk.com/products/collaboration-for-revit/overview
Revit création d'un pont
 
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Le logiciel Revit est bien connu pour réaliser des bâtiments, néanmoins il possible de réaliser des ouvrages d'art. La vidéo ci-dessous, vous montre un exemple de réalisation d'un pont suivant différentes étapes. De plus, nous allons exporter celui-ci vers le logiciel de calcul de structure Robot Structural Analysis.
Extension pour la Préfabrication Béton sous Revit
 
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L’Extension Autodesk® Structural Precast Extension for Autodesk® Revit® 2018 est destiné au découpages des murs en panneaux préfabriqués et la mise en plan des éléments préfabriqués en béton avec les réservations incorporés et le ferraillage, sans couper le workflow BIM. Vous pouvez la télécharger ici : https://apps.autodesk.com/RVT/fr/Detail/Index?id=6591165915712146252&appLang=fr&os=Win64&autostart=true En effet, on transforme le mur (à priori coulé en place) en “Elèments” Revit, avec le lien avec le mur initial. En tant qu’extension pour Revit, Structural Precast for Revit 2018 permet aux utilisateurs Revit d’accéder à un découpage automatique basé sur des règles, le ferraillage, les plans de fabrication et les fichiers CAM des éléments planaires en béton préfabriqués. L’extension est adaptée principalement pour des projets de bâtiments, constitués de dalles et murs préfabriqués en usine avec un niveau important d’automatisation. Elle existe en Interface Anglaise, Française et Allemande, Cette extension charge des familles et paramétrables associées : On peut ainsi traiter les murs et dalle : L’extension donne notamment accès aux possibilités suivantes : - Configurer le découpage, le ferraillage, les plans de fabrication et les paramètres d’export au format CAM pour les éléments préfabriqués du projet. - Découper les éléments. Les éléments divisés sont automatiquement remplis avec des connecteurs, systèmes de levage et cales. Cela peut être appliqué en même temps à tous les éléments du même type (ex : tous les murs pleins, toutes les dalles alvéolaires ou toutes les dalles pleines) - Ferrailler les éléments. Ceci peut être réalisé automatiquement par type d’élément. Les éléments peuvent aussi être ferraillés avec des treillis soudés sur mesure. - Ajouter automatiquement des pièces incorporées aux assemblages préfabriqués. Ceci est réalisé pour tous les éléments supportés et pièces supportées dans les catégories Revit (ex : gaine électrique et réservations de prise) - Coordonner ou lier le modèle de préfabrication avec les modèles d’autres intervenants utilisant Revit pour des disciplines comme le MEP et l’Architecture. - Générer automatiquement les plans de fabrication. Cela peut être paramétré suivant les préférences de la société, soit pour tous les éléments, soit un par un. - Modifier les assemblages et mettre à jour tous les plans de fabrication en conséquence. - Création automatique des fichiers CAM. Ils peuvent être générés pour tous les éléments en une fois ou séparément. Les formats disponibles sont : Unitechnik 5.2, Unitechnik 6.0 et PXML 1.3. - Export du modèle Revit vers Navisworks Manage et BIM 360 Team pour la coordination, la planification et l’exécution. - Associer avec les autres disciplines et exporter vers Revit LIVE pour aider à communiquer sur la conception du projet avec le client Note : Le découpage et les paramètres du plan de fabrication sont strictement liés à l'affectation des matériaux à un élément préfabriqué. Préfabiquement Votre… ----- Autodesk® Structural Precast Extension for Revit® 2018 is a BIM-centric offering for modeling and detailing precast planar elements that promotes productivity for engineers, detailers and fabricators. We encourage you to take advantage of the following actions: - Configure the segmentation, reinforcement, shop drawings and CAM export parameters for the relevant element types used in the project - Segment the elements. The divided elements are automatically fitted with connectors, lifters and bushings. This can be done for all elements of the same type at once. (e.g all solid walls, all hollow-core slabs or all solid slabs) - Reinforce the elements. This can be done automatically per element type. Custom Fabric Sheets can also be defined for reinforcing the elements, using the dedicated command. - Automatically add other embedded parts in the precast assemblies. This is done for all supported elements and supported embeds Revit categories (e.g. family instances, conduits) - Better coordinate or link precast model with other disciplines using Revit such as MEP and Architecture. - Automatically create the shop drawings. This can be done based on company standards: for all elements at once, all elements per submittal or per element. - Make assembly changes and update the shop drawings. - Automatically create the CAM files. This can be done for all elements at once, in one or more of the available formats: Unitechnik 5.2, Unitechnik 6.0 and PXML 1.3. - Export the Revit model to Autodesk® Navisworks® Manage and Autodesk® BIM 360® Team for construction coordination, planning and execution. - Combine with other disciplines and export to Revit LIVE to help communicate the design intent with the client. Note: Segmentation and parameters inside shop drawing are strictly related to the assignation of material to a precast element.
COBie Extension for Revit - Setup Contacts
 
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The Autodesk COBie Extension for Revit is a free tool that will allow you to set up your Revit models to capture COBie data and then export that data to a COBie compliant spreadsheet. This video will walk you through setting up contacts for COBie and store them in your Revit model.
Import Spreadsheet
 
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Video is showing Import Spreadsheet tool from Kobi Toolkit for Revit.
Views: 502 KobiLabs LLC
Family Exporter - GRAITEC PowerPack for Autodesk Revit 2016
 
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Export multiple families to a destination folder Download your free trial of the PowerPack for Revit® here: https://goo.gl/8X9ECz
Views: 1085 Graitec Group
2018 Shape to Fabrication Geometry Gym
 
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A repeat of my presentation "Rhino in your BIM toolkit" at 2018 Shape to Fabrication hosted by Simply Rhino. http://www.shapetofabrication.com/page/conference Features work I've been doing to demonstrate Speckle to transfer IFC objects which are then recreated in Speckle.
Views: 2003 Geometry Gym
Autodesk Construction BIM City Video
 
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A visionary video that showcases Building Information Modeling (BIM) in construction.
NBS BIM Toolkit Explained
 
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Join Stephen Hamil, Director of Design and Innovation at NBS, for a comprehensive explanation of the new BIM Toolkit – the easy way to define who is doing what and when on BIM Level 2 projects! Earlier this year, NBS and the UK Government BIM Task Group went on-the-road to the UK’s regions to demonstrate the Toolkit. Filmed at University of Westminster in March 2015, Stephen’s 45 minute presentation previewed the Toolkit which is now live. Support information for this free-to-use resource is available at: https://toolkit.thenbs.com/articles The Toolkit forms a key part of the UK Government BIM Task Group’s five year programme to deliver BIM Level 2. NBS successfully launched the beta version in April 2015 having won the Government’s competition to develop a free-to-use digital toolkit for BIM in September last year. Equally applicable to public or private sector projects, the Toolkit offers a straight-forward and intuitive way of defining, managing and validating responsibility for information development and delivery through a project’s lifecycle. In the video, Stephen takes us through the context of the UK Government’s strategy before outlining how the tool supports BIM Level 2 working at each step. “The Toolkit fits within the PAS 1192-2 [for project delivery] and PAS 1192-3 [for asset management] information delivery cycles” explains Stephen. “It’s about providing a better service to the Client in a more efficient way. It’s just trying to put together the things that the industry has always done in a digitally structured format”. 1. Assessment and Need (from 7.13) - From the outset of a new project, the Toolkit enables Clients (Employers) to clearly and comprehensively define their information requirements. That ensures that all parties clearly understand the information that a Client requires to make decisions during the project delivery phase and ultimately to operate and maintain their asset over its lifecycle. Clear requirements in place from the outset give project teams focus and direction and avoid data being generated needlessly. Creating an EIR can be a daunting prospect for Clients, especially for those that do not procure built assets on a regular basis. The BIM Toolkit uses plain language questions to guide them through the process in a logical and intuitive way. Once created, projects can be saved as templates to standardise future schemes. Once created in the BIM Toolkit, information from any stage can be exported out into a variety of formats. “That‘s a really important feature” said Stephen “We haven’t produced a single environment where teams can’t get their information out – it’s about interoperability”. 2. Procurement (from 16.15) - With clear requirements in place, the next phase of the Toolkit enables Clients to tender their project to providers and for those providers to respond with details of their teams and the services they offer. The result is standardised responses from bidders enabling Clients to evaluate and compare returns on a level playing field. 3. Production (from 18.00) - From that basis, the project moves into the design and construction phases. A digital plan of work is created with the selected team that clearly defines deliverables and timescales throughout the project. It grows with the BIM Execution Plan and Master Information Delivery Plan as the project cycle progresses. Stephen clarifies: “the digital plan of work is about defining information requirements – it’s not doing your drawings, specifying or cost analysis – its clear job is to define who is doing what and when”. The Toolkit offers fantastic functionality in the production phase, enabling teams to agree levels of detail, assign tasks and develop proposals within a clear document classification structure. 4. Handover and Use (from 40.12) - Moving from the project delivery phase to handover and then asset management, the Toolkit enables Clients to ultimately check that the information they specified at the outset has been accurately delivered. “It offers them well-structured digital information that can be pushed into asset management systems. Digital information at hand-over and not just boxes of paper” said Stephen. The BIM Toolkit was conceived by HM Government’s BIM Task Group and initially funded by Innovate UK. Development of the tool was led by the NBS team working in close partnership with BIM Academy, RICS, Microsoft, BDP, Mott MacDonald, Newcastle University and Laing O’Rourke. Further support was provided by APM, BIFM, CIBSE, CIOB, ICE, IStructE and RIBA. Why not start now? You can create a project for free with the BIM Toolkit here: https://toolkit.thenbs.com. It is also easy to keep up to date with progress and implementation by following @TheNBS and the #BIMToolkit hashtag on Twitter. © 2015 The B1M Limited | Share + Inspire
Views: 7339 The B1M

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