PLM Industry Summary Jillian Hayes, Editor Vol
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Based Building Energy Simulation
PAVING THE WAY FOR EXHAUSTIVE AND SEAMLESS BIM- BASED BUILDING ENERGY SIMULATION Sylvain Robert, senior researcher, [email protected] CEA LIST, Information, signal and sensors departement, Gif-sur-Yvette, France Bruno Hilaire, senior researcher, [email protected] Paul Sette, senior researcher, [email protected] Souheil Soubra, head of division, [email protected] Centre Scientifique et Technique du Bâtiment (CSTB), Mod-Eve division, Sophia-Antipolis, France ABSTRACT This paper presents an on-going work, which aims at improving the support for BIM-based energy simulation. The contribution is twofold. Firstly, a discussion about BIM-based energy simulation is provided, with an in-depth review of the state-of-the-art and a synthetic highlighting of the main related research issues, i.e. provision of an extensive IFC toolkit to perform the various translations and to make the link with BIM-based collaborative work support; validation of IFC models (completeness and correctness) and translation into the data formats used by the simulation tools; enrichment of IFC to enable exhaustive description of building elements and HVAC systems; user interfaces and usability. Then, the paper focuses on the issue of HVAC systems BIM descriptions and gives the result of a study performed on the capabilities of the IFC in this matter. This study entailed reviewing the properties and parameters needed to describe HVAC systems in a representative selection of simulation environments, and proposing ways to describe accordingly the systems in IFC (relying on proper enrichment of native IFC constructs). From these two contributions, the paper draws conclusions about the limitations of current support, and about the directions to take to fully enable BIM-based energy simulations. -
List of Applications Updated in ARL #2617
List of Applications Updated in ARL #2617 ApplicationName Publisher .NET Core Runtime 3.1 Microsoft .NET Core SDK 3.1 Microsoft µTorrent 3 BitTorrent 3DBI for Revit 2019 KG-dev 3DBI for Revit 2021 KG-dev 3DF Zephyr 4.5 Lite 3Dflow 3DF Zephyr 5.0 3Dflow SRL 3DWarehouse For Revit 1.0 AMC Bridge 7-Zip 21.0 Alpha Igor Pavlov 7-Zip 9 Igor Pavlov ACom PRO Diagnostics Bendix Acrobat (unknown release) 5 Adobe Acrobat DC (2015) Adobe Acrobat DC (2015) Standard Adobe Acrobat DC (2017) Adobe Acrobat DC (2018) Adobe Acrobat DC (2019) Adobe Acrobat DC (2020) Adobe Acrobat DC (2021) Continuous Adobe Acrobat DC (Unspecified) Adobe Acrobat DC (Unspecified) Continuous Pro Adobe Acrobat DC (Unspecified) Pro Adobe Acrobat Reader 7 Adobe Acrobat Reader DC Adobe Acrobat Reader DC Adobe Acrobat Reader MUI 10.0 Adobe Acrobat Reader MUI 10.1 Adobe Acrobat Reader X Adobe Acrobat Reader X Adobe Acrobat Reader XI Adobe Acrobat X Pro Adobe Acrobat X Standard Adobe ActiveMatrix Administrator 2.3 TIBCO Software ActivePerl 5.16 ActiveState ActivePerl 5.20 ActiveState ActivePerl 5.22 ActiveState ActivePerl 5.8 ActiveState ActivePython 2.3 ActiveState ActivePython 2.7 ActiveState ActivePython 3.7 ActiveState ActivePython 3.8 ActiveState ActiveReports 14.0 Professional GrapeCity ActiveTcl 8.5 ActiveState ADePT Design Suite 1.2 1.2 AML Software Advance BIM Designers 2018 GRAITEC Advance BIM Designers 2019 GRAITEC Advance BIM Designers 2020 GRAITEC Advance BIM Designers 2021 GRAITEC Advance Design 2018 GRAITEC Advance Design 2019 GRAITEC Advance Design Connection 20.0 GRAITEC -
(BIM) Adoption and Implementation in Ghana
KWAME NKRUMAH UNIVERSITY OF SCIENCE AND TECHNOLOGY, KUMASI, GHANA COLLEGE OF ART AND BUILT ENVIRONMENT DEPARTMENT OF CONSTRUCTION TECHNOLOGY AND MANAGEMENT Building Information Modeling (BIM) Adoption and Implementation in Ghana by Emmanuel Osei Bonsu BSc. (Hons.) Civil Engineering (PG9188217) A Thesis Submitted to the Department of Construction Technology and Management, College of Art and Built Environment in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE in CONSTRUCTION MANAGEMENT. September 2018 DECLARATION I hereby declare that this submission is my own work and that, to the best of my knowledge and belief, it contains no material previously published or written by another person nor material which to a substantial extent has been accepted for the award of any other degree or diploma at Kwame Nkrumah University of Science and Technology, Kumasi or any other educational institution, except where due acknowledgment is made in the thesis. Emmanuel Osei Bonsu …………………………… … ………………..………… (PG 9188217) Signature Date (Name and PG) Certified by: Dr. Alex Acheampong …………………………… … ………………..………… (Supervisor) Signature Date Certified by: Prof. Bernard K. Baiden …………………………… … ………………..………… (Head of Department) Signature Date i ABSTRACT Building Information Modeling (BIM) has been in the Architectural Engineering and Construction (AEC) industry over the world for the past decade and has gain roots in the developed countries. Countries who have advanced in the use of BIM have already benefited from its advantages which include productivity, reduction of errors and value for money. In developing countries and for that matter Ghana, the awareness and use of BIM is very low, therefore having a negative effect on the AEC industry. There is therefore the need to promote BIM awareness in the country. -
Elenco Totale Classi
Elenco totale classi Aggiungere +2 ore all'orario indicato UTC per fuso orario italiano Solo per i registrati le classi saranno disponibili anche dopo la conferenza Date & Time - UTC Presenter Language Class Title - English 18/05/21 07:00 Manuel Liebot English Welcome to the Graitec BIMUp Conference 2021 18/05/21 08:00 Aleck Giles English Working with Cat Ladders in Advance Steel 18/05/21 08:00 Chiara Esposito Italian Process automation with Dynamo for Autodesk Advance Steel 18/05/21 08:00 Delphine Giannotti French Powerpack detailing-reinforcement of beams, columns and footings- Part 01 18/05/21 08:00 Grant Dott English The Story Behind Autodesk BIM Collaborate and BIM Collaborate Pro 18/05/21 08:00 Jorge Ruiz Spanish Inventor 2022 what's new 18/05/21 08:00 Joseph Pais English Walls and Slabs Design and Detailing in Autodesk Revit 18/05/21 08:00 Michał Piotr Zając Polish Document Management for project documentation - naming, folder structures, collaboration with CDE 18/05/21 08:00 Oscar Bravo Spanish Connect, plan and quantify BIM projects on site. 18/05/21 08:00 Pablo Gonzalez German GRAITEC PowerPack for Revit: Additional tools for a more efficient work with Autodesk Revit 18/05/21 08:00 Patricia Ariza Díaz French Advance Steel Workshop - General Overview 18/05/21 08:00 Petr Lanik Czech Structural Analysis in Advance Design - What you can expect in version 2022 18/05/21 09:00 Chiara Esposito Italian iConstruct for Autodesk Navisworks Manage: advanced tools for BIM coordination 18/05/21 09:00 Daniel Gheorghe English What's new in Powerpack for Revit 2022 18/05/21 09:00 Daniel Rallo French Dynamo for Revit - Tips & Tricks 18/05/21 09:00 Jameel Deader English Modelling using compound sections in Advance Design 18/05/21 09:00 Jorge Ruiz Spanish BIM workflow between Inventor and Revit 2022 18/05/21 09:00 Konstantin Biktimirov Russian Work on Advance Steel IFC export. -
The Best Rebar Detailing Tools for Revit Alan Johnson GRAITEC UK Limited
BLD225836 The best rebar detailing tools for Revit Alan Johnson GRAITEC UK Limited Joseph Pais GRAITEC INNOVATION Learning Objectives • Generate parametric 3D rebar cages in few clicks • Stop wasting time generating rebar schedules, do it in few seconds • Get quantity takeoff for the entire rebar project • Automate more, generate design driven rebar cages • Description In this class, you will discover a set high-end effective tools to power-up your Revit for rebar projects management. You will see firsthand how to generate parametric 3D rebar cage within few clicks, save rebar cages templates and apply them on any new projects. We will see also how we can speed-up your daily job to create bending details on drawing views, to generate automatic Revit rebar schedules including bending schemas, to create reinforcement drawings based on user’s template, renumber all your rebar model and manage the rebar data to extract the status of the element or the quantity takeoff of the entire rebar project. We will apply all those productive tools on beams, columns, footings, shear walls, slabs managing complex geometries such as openings, depressions, continuous beams... We will end the class also showing you the last level of rebar automation embedding the reinforced concrete design of the members within Revit automating the creation of designed 3D reinforcement cages in Revit, whilst using standard Revit families to configure automated drawings, views, bar schedules and comprehensive design reports Page 1 Speaker(s) Alan Johnson- BIM Consultant at Graitec UK, as a BIM Consultant with over 20 years’ experience in the construction industry covering; Architecture, Structural Engineering, Civil Engineering and Demolition. -
2002-060-B Paramtric Report
QUT Digital Repository: http://eprints.qut.edu.au/26912 CRC for Construction Innovation (2005) Parametric building development during early design stage. CRC for Construction Innovation, Brisbane. The Participants of the CRC for Construction Innovation have delegated authority to the CEO of the CRC to give Participants permission to publish material created by the CRC for Construction Innovation. This delegation is contained in Clause 30 of the Agreement for the Establishment and Operation of the Cooperative Research Centre for Construction Innovation. The CEO of the CRC for Construction Innovation gives permission to the Queensland University of Technology to publish the papers/publications provided in the collection in QUT ePrints provided that the publications are published in full. Icon.Net Pty Ltd retains copyright to the publications. Any other usage is prohibited without the express permission of the CEO of the CRC. The CRC warrants that Icon.Net Pty Ltd holds copyright to all papers/reports/publications produced by the CRC for Construction Innovation. Parametric Building Development during Early Design Stage Research Report 2002-060-B The research described in this report was carried out by : Project Leader Mr John Crawford Team Members Mr David Marchant Mr Fergus Hohnen Mr Peter Bowtell Mr John Legge-Wilkinson Researchers Ms Fanny Boulaire Prof. Mark Burry Mr Julian Canterbury Mr John Crawford Mr Robin Drogemuller Dr Alison Fairley Ms Loretta Kivlighon Mr John Mashford Ms Cheryl McNamara Dr Gerardo Trinidad Project Affiliate Mr John Haymaker (CIFE, Stanford) Research Program B :Sustainable Built Assets Project 2002-060-B Parametric Building Development during Early Design Stage March 2005 Disclaimer The Client makes use of this Report or any information provided by the Cooperative Research Centre for Construction Innovation in relation to the Consultancy Services at its own risk. -
BIM Software List.Xlsx
7D Maintenance & MANIFACTURES 3D Modeling 4D Scheduling 5D Costi 6D Sustainability Operation Architecture Structure MEP Viewer Rendering Management AUTODESK Revit Naviswork Manage Naviswork Manage Vasari Builng OPS Revit Revit Revit A360 3D Studio BIM 360 DOC AUTODESK Infrawork 360 Green Building Studio Robot Structural Analysis BIM 360 Field AUTODESK AutoCAD Civil 3D Ecotect Analysis Advanced Concrete AUTODESK AutoCAD Architecture Advanced Steel BENTLEY SYSTEMS AECOsim Building Designer Navigator ConstructSim Hevacomp AssetWise RAM Hevacomp Bentley View Luxology ProjectWise BENTLEY SYSTEMS MicroStation AECOsim Energy Simulator Bentley Facilities STAAD Navigator BENTLEY SYSTEMS OpenRoads BENTLEY SYSTEMS ProStructures BENTLEY SYSTEMS Generative Components ProSteel Hevacomp NEMETSCHEK Allplan Nevaris EcoDesigner STAR Crem Solution Scia Data Design System Solibri Model Cheker Maxon NEMETSCHEK Graphisoft ArchiCAD ArchiFM PreCast MEP Modeler Solibri Model Viewer NEMETSCHEK Vectorworks Frilo Software BIMx TRIMBLE SketchUp Pro Vico Office Vico Office Sefaira Tekla BIM Sight Tekla Structures DuctDesigner 3D Tekla BIM Sight Project Management TRIMBLE PipeDesigner 3D SketUp Viewer Trimble Connect DASSAULT SYSTÈMES Solidworks Solidworks Enovia DASSAULT SYSTÈMES Catia Midas Information Technology Midas Design Midas Gen CSI SAFE CSI SAP2000 CSI ETABS ARKTEC Gest Mideplan Gest Mideplan Tricalc DIAL DIALux DesignBuilder Design Builder IES VE‐Pro RIB SOFTWARE iTWO iTWO iTWO RIB SOFTWARE Presto Cost‐it Beck Technology DESTIN IEstimator Micad Global Group -
A Chi È Rivolto: a Tutti I Tecnici Che Vogliono Diventare Grandi
A chi è rivolto: A tutti i tecnici che vogliono diventare grandi professionisti del nuovo mercato delle costruzioni e che si vogliono distinguere nel nuovo mercato delle costruzioni. La nuova normativa UNI rende obbligatorio il BIM ed ufficializza le figure di Bim Specialist, Bim Coordinator e Bim Manager, riconosciute ufficialmente dalle amministrazioni! Preparati con l’unico MASTER privato in Sicilia, pluricertificato, sul B.I.M. e sulla gestione dei processi aziendali, con i software più potenti e famosi al mondo. Non è un Master universitario, spesso più accademico che professionale, ma un Master privato che si propone come vero percorso di alto livello tecnico di specializzazione pre e post laurea (vera definizione di master), altamente professionalizzante. Importante! L’obbigo del BIM è alle porte: Estratto della normativa sugli appalti… “per le opere di importo a base di gara pari o superiore a 1 milione di euro, a decorrere dal 1° gennaio 2023; per le nuove opere di importo a base di gara inferiore a 1 milione di euro, a decorrere dal 1° gennaio 2025″….. chi pensa che il Bim sia una realtà lontana, rischia seriamente di trovarsi in tre anni fuori mercato! Preparati al meglio e non perdere grandi opportunità! Il Master segue perfettamente le esigenze di mercato e normative. Ti prepara anche a sostenere l’impegnativo ESAME ICMQ al fine di diventare a tutti gli effetti un Bim Manager abilitato, previsto dalla normativa UNI 11337> RILASCIO DI CREDITI CFP: 60 crediti Architetti – 50 crediti Ingegneri (previo pagamenti diritti segreteria -
BIM): Australian Perspectives and Adoption Trends
Research Report Building Information Modelling (BIM): Australian Perspectives and Adoption Trends September 2012 Building Information Modelling (BIM): Australian Perspectives and Adoption Trends Report prepared by: Associate Professor Graham Brewer Dr Thayaparan Gajendran Dr Raichel Le Goff Centre for Interdisciplinary Built Environment Research School of Architecture and Built Environment The University of Newcastle Prepared for: Tasmanian Building and Construction Industry Training Board 2 Building Information Modelling (BIM): Australian Perspectives and Adoption Trends Table of Contents 1. Overview of BIM in Australia ..............................................................................................1 2. Commissioned Reports on BIM: The Intent .........................................................................3 2.1 Issues Paper: Digital Modelling and the Built Environment- June 2010 ..........................3 2.2 Productivity in the Building Network: Assessing the impacts of BIM- October 2010.......3 2.3 BIM in Australia: A report on BIM and IPD forums – December 2010.............................3 2.4 National Building Information Modelling Initiative - June 2012 .....................................4 2.5 BIM-MEPAUS Road Map 2012 Parliamentary Launch- August 2012...............................4 3. Continuing National BIM initiatives.....................................................................................5 3.1 IAI and buildingSmart Initiatives ...................................................................................5 -
Bridge Information Modeling (Brim) Using Open Parametric Objects Publication No
Bridge Information Modeling (BrIM) Using Open Parametric Objects Publication No. HIF-16-010 This page intentionally left blank. 1. Report No. 2. Government Accession No. 3. Recipient’s Catalog No. FHWA-HIF-16-010 XXX XXX 4. Title and Subtitle 5. Report Date Bridge Information Modeling (BrIM) Using Open Parametric Objects December 2015 6. Performing Organization Code XXX 7. Author(s) 8. Performing Organization Report No. Bartholomew, Michael XXX Blasen, Benjamin Koc, Ali 9. Performing Organization Name and Address 10. Work Unit No. CH2M XXX 1100 NE Circle Blvd. Suite 300 11. Contract or Grant No. Corvallis, OR 97330 DTFH61-11-H-00027 12. Sponsoring Agency Name and Address 13. Type of Report and Period Covered Federal Highway Administration XXX Office of Infrastructure – Bridges and Structures 1200 New Jersey Ave., SE Washington, DC 20590 14. Sponsoring Agency Code HIBS-10 15. Supplementary Notes Work funded by Cooperative Agreement “Advancing Steel and Concrete Bridge Technology to Improve Infrastructure Performance” between FHWA and Lehigh University. 16. Abstract This project was undertaken to investigate alternative Bridge Information Modeling standards. The process developed is called OpenBrIM. OpenBrIM is an alternative method for exchanging bridge information modeling data between different application platforms, organizations, and users. It is a community driven, free, open, on-cloud information modeling system designed for the bridge industry. With OpenBrIM, there’s one central data repository from which all participants operate. Participants are allowed to access information from and to contribute information into the repository. For this project, approximately 30 standard bridge component objects were developed. The OpenBrIM concept uses a standard XML data format to describe dimensions and other data parameters for bridge components. -
Model Interoperability in Building Information Modelling
Software and Systems Modeling manuscript No. (will be inserted by the editor) Model Interoperability in Building Information Modelling Jim Steel · Robin Drogemuller · Bianca Toth Received: 1 November, 2009 Abstract The exchange of design models in the de- CAD and paper for design towards three-dimensional, sign and construction industry is evolving away from semantically rich, digital models. This trend has reached 2-dimensional computer-aided design (CAD) and paper a point where this technology, generally referred to as towards semantically-rich 3-dimensional digital models. Building Information Modelling (BIM), is being used This approach, known as Building Information Mod- in some form by the majority of the industry. A re- elling (BIM), is anticipated to become the primary means cent survey by McGraw Hill Construction [1] found that of information exchange between the various parties in- in 2008, 45% of architects, engineers, contractors and volved in construction projects. From a technical per- building owners surveyed used BIM on 30% or more spective, the domain represents an interesting study in of their projects. Usage of BIM is forecast to continue model-based interoperability, since the models are large growing sharply in coming years. and complex, and the industry is one in which collab- One of the challenges faced by the industry is the oration is a vital part of business. In this paper, we use of BIM not only as a tool in the design process, present our experiences with issues of model-based in- but as the interface for the exchange of information teroperability in exchanging building information mod- between the different parties involved in projects. -
Take Advantage of BIM for Reinforced Concrete Structures Carl Spalding – GRAITEC Innovation Joseph Pais – GRAITEC Innovation
Take advantage of BIM for reinforced concrete structures Carl Spalding – GRAITEC Innovation Joseph Pais – GRAITEC Innovation SE6512 Structural engineers use many object-level design tools to effectively perform their designs. These tools can range from off-the-shelf structural design software to simple spreadsheets. As Building Information Modeling (BIM) adoption grows and general-purpose structural frame analysis software is being integrated with BIM workflows, connecting object-level design tools are not. There is an opportunity to drive BIM design information from these design tools in order to better streamline the engineer to BIM workflows. Come and learn how GRAITEC's Revit-based software will help engineers to get a real benefit from BIM. Learning Objectives At the end of this class, you will be able to: Start from an Autodesk® Revit® structural model and manage to get analysis results stored in Revit®, this being a starting point for going to rebar design. Complete structural Design assumptions. Use the BIM Designers technology for designing reinforced concrete members in Revit® (beam, column or footing) including detailed design reports. Get the 3D structural rebar automatically produced in Revit. From this 3D structural rebar, automatically produce the reinforcement drawings. Manage drawing revisions when a design changes are introduced. Take advantage of BIM for reinforced concrete structures About the Speaker Starting his career as a structural draughtsman for a prominent engineering company in Southern Africa, Carl quickly worked his way up to DO Manager, and then Director of his own design company; developing practical skills born of real-world experience and a refined passion of adopting technology to eliminate repetitive tasks.