Tekla Professional Certification
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D2.1-BIM-Models V2.Pdf
03-2019 BIMy D2.1 v1.01 BIMy Project: D2.1 BIM Model Document metadata Date 2021-03-23 Status Draft Version 2.01 Authors Hashmat Wahid – Willemen Dieter Froyen – Willemen Lise Bibert - Willemen Stijn Goedertier – GIM Steven Smolders - GIM Stijn Van Thienen – GeoIT Elena Pajares – Assar Architects Thomas Goossens – Assar Architects Niki Cauberg – BBRI François Robberts – BBRI Jens Lathouwers – Geo-IT Erick Vasquez - LetsBuild Coordinator Franky Declercq – GeoIT Reviewed by Thomas Goossens – Assar Architects Jens Lathouwers – Geo-IT Version history Version Date Author Change 0.01 2019-04-09 SGO Introduction and scope 0.02 2019-05-03 EPA Overview of model data used 0.03 2019-05-14 SGO/SS Stability of object identifiers through time and scale 0.04 2019-06-04 HWA Modelling conventions to filter by time & IFC use 0.05 2019-06-05 SVT Scope: Parameters within Revit, Methodology: fire parameters 0.06 2019-06-06 HWA 0.07 2019-06-07 SGO Modelling time and scale: notes from the workshop 0.08 2019-06-19 SVT, TGO Modelling fire 0.09 2019-06-20 HWA Modelling time and scale 0.10 2019-09-23 HWA,LBI Document structure, modelling geometry, information, time & scale, export & filtering 0.11 2019-11-27 HWA,LBI How to model Circular Economy data 1.01 2019-12-19 TGO Reviewed – Submitted to ITEA 1 | P a g e 03-2019 BIMy D2.1 v1.01 1.02 2020-09-21 JLA Checking in native software, Path of travel functionality (Revit) 2.0 2021-03-22 All Final review 2.01 2021-03-23 JLA Reviewed – Submitted to ITEA 2 | P a g e 03-2019 BIMy D2.1 v1.01 Table of Contents Table of Contents .................................................................................................................................... -
Peddisubx Inch.Pdf
A Letter from the CEO Welcome to the World of Peddinghaus - The World of “BETTER”. In the world of Peddinghaus we aim to be better. Take a look at any of our 5,000+ installations throughout the globe. These fabricators experience reduced costs and higher production using our equipment. Why? Because with Peddinghaus they receive better technology, better service, and better quality than anyone else can provide. These things aren’t easy to do, and not every company can guarantee what Peddinghaus does. I am proud that I can say these things because at Peddinghaus we work harder than anyone to give our customers the best. Whether they are located in New York, Los Angeles, or Chicago; they all receive the very same service, spare parts, and support that is second to none. Welcome to Partnerships – From Software to Service to Sales. At Peddinghaus we maintain strong partnerships with industry leaders to ensure your success. Whether this is our relationship with leading software providers (such as Shop Data Systems, Sigmanest, Steel Office, AceCad, Tekla, FabTrol, Design Data, and more) or our partnership with regional sales and support organizations - our goal is to work together to serve you better. Welcome to the PeddiSubX-1120 – The Fastest Drill Line in the Steel Industry. At long last my dream has come true, the Peddinghaus team has designed the fastest drill line in the steel industry. The last drill line you will ever need is now at your doorstep with the all new PeddiSubX-1120. Drilling and milling processes have been re-revolutionized and fabricators’ profits have been re-energized! This drill line has the ability to simultaneously drill holes, mill copes, rat holes, flange thins and ArcWrite. -
Get Started As a Tekla Structures Administrator
Tekla Structures 2020 Manage Tekla Structures March 2020 ©2020 Trimble Solutions Corporation Contents 1 Get started as a Tekla Structures administrator.......................9 1.1 Information sources for administrators ....................................................... 9 2 Tekla Structures installation for administrators.................... 11 2.1 Installation requirements..............................................................................11 2.2 Installing Tekla Structures.............................................................................12 2.3 Folder structure...............................................................................................13 2.4 Tekla Structures settings in the Windows registry.....................................14 2.5 Centralized installation of Tekla Structures................................................14 2.6 Installation in a virtual environment........................................................... 15 2.7 Installing the license server...........................................................................15 2.8 Installing .tsep packages................................................................................ 15 2.9 Collaborative modeling.................................................................................. 18 2.10 Upgrading Tekla Structures........................................................................... 18 2.11 Create start-up shortcuts with customized initializations........................ 19 Create a start-up shortcut with customized -
Structural BIM Modelling Using Tekla Structures
Aman Oli Structural BIM Modelling Using Tekla Structures Focus on a Modelling Process of an Office building Helsinki Metropolia University of Applied Sciences Bachelor of Engineering Civil Engineering Bachelor’s Thesis April 2017 Abstract Author Aman Oli Title Structural BIM Modelling using Tekla Structures Number of Pages 34 pages + 5 appendices Date 11 April 2017 Degree Bachelor of Engineering Degree Programme Civil Engineering Specialisation option Sustainable Building Engineering Instructors Sunil Suwal, Senior Lecturer Jorma Säteri, Head of the Degree Programme The main objective of this thesis was to explore the utilization and benefits of BIM with a focus on the structural modelling process and clash detection. Structural BIM tools Tekla Structures (2016) and Solibri Model Checker v9.7 were used for developing a structural model and clash detection, respectively, of an office building. The purpose was to find various underlying benefits of BIM in generating a structural model. Systematic use of different structural tools for the BIM application which focused on modelling and documentation phases were emphasized. BIM was studied from vari- ous perspectives. To test the various tools, an office building was modelled, and an IFC (Industry Foundation Class) file made of it for Tekla Structures. For clash checking, Solibri model checker was used. A step by step guideline for modelling an office building and checking clashes was pre- sented. This thesis can be used for educational purposes and for new Tekla Structures users as a guideline. In addition, engineers working with the Solibri model checker can use this thesis as a reference document. Keywords BIM, structural modelling, Tekla Structures, Solibri Model Checker, COBIM Acknowledgements First, I would like to thank Helsinki Metropolia University of Applied Sciences for giving me an opportunity to pursue this degree program. -
Manage Tekla Structures
Tekla Structures 2018 Manage Tekla Structures March 2018 ©2018 Trimble Solutions Corporation Contents 1 Get started as a Tekla Structures administrator....................... 9 1.1 Information sources for administrators ....................................................... 9 2 Tekla Structures installation for administrators.....................11 2.1 Installation requirements.............................................................................. 11 2.2 Installing Tekla Structures............................................................................. 12 2.3 Centralized installation of Tekla Structures................................................ 12 2.4 Installation in a virtual environment........................................................... 13 2.5 Installing the license server...........................................................................13 2.6 Tekla Structures multi-user server............................................................... 16 2.7 Installing .tsep packages................................................................................ 18 2.8 Upgrading Tekla Structures........................................................................... 20 2.9 Folder structure...............................................................................................21 2.10 Create startup shortcuts with customized initializations......................... 21 Create a startup shortcut with customized initialization..................................................22 Available parameters in shortcuts.......................................................................................23 -
Navisworks® 2016 Supported File Formats
Navisworks® 2016 Supported File Formats Autodesk Navisworks 2016 Solutions This document details support provided by the current release of Autodesk Navisworks 2016 solutions (including Autodesk Navisworks Simulate and Autodesk Navisworks Manage) for: CAD file formats. Laser scan formats. CAD applications. Scheduling software. NOTE: When referring to Navisworks or Autodesk Navisworks 2016 solutions in this document this does NOT include Autodesk Navisworks Freedom 2016, which only reads NWD or DWF files. Product Release Version: 2016 Document version: 2.3 March 2015 © 2014 Autodesk, Inc. All rights reserved. Except as otherwise permitted by Autodesk, Inc., this publication, or parts thereof, may not be reproduced in any form, by any method, for any purpose. Autodesk, AutoCAD, Civil 3D, DWF, DWG, DXF, Inventor, Maya, Navisworks, Revit, and 3ds Max are registered trademarks or trademarks of Autodesk, Inc., in the USA and other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product offerings and specifications at any time without notice, and is not responsible for typographical or graphical errors that may appear in this document. Disclaimer Certain information included in this publication is based on technical information provided by third parties. THIS PUBLICATION AND WARRANTIES, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE REGARDING THESE MATERIALS. Autodesk -
Economic Upturn for Building Industry
Special Section Engineering Software Economic Upturn for Building Industry® Software Companies Address Construction Rise with Innovations, Interoperability, Better Graphics and Mobile Apps By Larry Kahaner Copyright s the economy improves and more construction projects into that market. All of a sudden, they [TEKLA users] don’t have to get underway, software developers are meeting the increas- learn a new software. They’re doing everything within Tekla Structures, ing number of projects with new products and services, since they’re basically using RISAConnection to design it.” as well as updating current offerings. Software companies As for trends, Freund notes: “Definitely, I think it’s interoperability. Aare also responding to the needs and interests of their customers: a Everybody’s talking about BIM – and has been for a while. I think need to continue to run lean and interests in interoperability, more you’re going to see more implementation of that. I think the trend over sophisticated graphics, flexibility and mobile apps. the next five years is going to be that people are going to start using it “There’s a lot more work out there,” says Amber Freund, Director more. With that, it’s going to require the software to change a bit, too.” of Marketing for RISA Technologies, LLC (www.risatech.com) in To meet its customer needs, CSi recently released the latest in their Foothill Ranch, California. “People are still workingmagazine pretty lean. ETABS product line, ETABS 2013. “It’s an innovative and revolu- Even companies that had beenS slow areT now gettingR more Uwork; they Ctionary Tintegrated U software Rpackage forE the structural analysis and haven’t really increased their staff – a lot of them – or at least not design of buildings,” says Corson. -
Oslo Airport Expands Its Terminal with Openbim® and Environmentally Sustainable Design
2018 international Award Winner for Design Oslo Airport Expands its Terminal with openBIM® and Environmentally Sustainable Design Project Overview About the project Local timber from Scandinavian forests was Aas-Jakobsen (Team_T) Oslo Airport in Norway was built in 1998 used for cladding of the new pier. It was hoped with the capacity to cater for around 17 enhanced levels of insulation would provide Location: million passengers annually. In 2009 work better energy performance and regulation. The Oslo, Norway began on a two-stage expansion project to client hoped to achieve a high BREEAM rating increase capacity while adding innovative and through sustainable methods. Objectives: environmentally sustainable designs to the To expand the airport terminal airport. Stage one would increase passenger Project teams were also instructed to work and reach high envrionemtal capacity to almost 23 million annually by 2013. collaboratively through common goals and BREEAM score. exchange methodologies. The 120 contracts in Stage two would deliver further expansion plans place during the design and construct phases Software used: to be able to handle 32 million passengers by were mandated to submit BIM deliverables in ARCHICAD, EDMmodelServer, the year 2017. The expansion plan also focused multiple formats. The owner, Avinor AS, and the Grasshopper, MicroStation on protecting the environment in and around client, Oslo Lufthaven AS (OSL) recognised a V8i, Navigate Simple BIM, the airport, aiming to reduce carbon footprint changing landscape with regards to BIM and Navisworks, Novapoint, and make use of local materials and resources digital data. ProjectWise, Revit, Solibri Model in the process. The project would expand the Checker, StreamBIM, SYNCHRO terminal to 117,000 m2, with a new airside area The client required all data models to be PRO, Tekla BIMsight, Tekla adding 660,000 m2 to the airport itself. -
DELIVERABLE D3.4 Analysis of Regulations & Markets for BIM
Ref. Ares(2019)5004115 - 31/07/2019 Project Acronym: BIMERR Project Full Title: BIM‐based holistic tools for Energy‐driven Renovation of existing Residences Grant Agreement: 820621 Project Duration: 42 months DELIVERABLE D3.4 Analysis of Regulations & Markets for BIM‐based Renovation‐support Tools Deliverable Status: Final File Name: Analysis of Regulations & Markets for BIM‐based Renovation‐support Tools Due Date: 31/07/2019 (719) Submission Date: 30/07/2019 (719) Task Leader: Exergy Ltd (T3.4) Dissemination level Public Confidential, only for members of the Consortium (including the Commission Services) x The BIMERR project consortium is composed of: Fraunhofer Gesellschaft Zur Foerderung Der Angewandten FIT Germany Forschung E.V. CERTH Ethniko Kentro Erevnas Kai Technologikis Anaptyxis Greece UPM Universidad Politecnica De Madrid Spain UBITECH Ubitech Limited Cyprus SUITE5 Suite5 Data Intelligence Solutions Limited Cyprus Hypertech (Chaipertek) Anonymos Viomichaniki Emporiki Etaireia HYPERTECH Greece Pliroforikis Kai Neon Technologion MERIT Merit Consulting House Sprl Belgium XYLEM Xylem Science And Technology Management Gmbh Austria GU Glassup Srl Italy Anonymos Etaireia Kataskevon Technikon Ergon, Emporikon CONKAT Greece Viomichanikonkai Nautiliakon Epicheiriseon Kon'kat BOC Boc Asset Management Gmbh Austria BX Budimex Sa Poland UOP University Of Peloponnese Greece EXE Exergy Ltd United Kingdom HWU Heriot‐Watt University United Kingdom NT Novitech As Slovakia FER Ferrovial Agroman S.A Spain Disclaimer BIMERR project has received funding from the European Union’s Horizon 2020 Research and innovation programme under Grant Agreement n°820621. The sole responsibility for the content of this publication lies with the authors. It does not necessarily reflect the opinion of the European Commission (EC). -
Tekla Structures Drafter
Tekla Structures Drafter Create and edit drawings WITH THE DRAFTER YOU CAN: • Create and clone general arrangement drawings in the BIM workflow (plans, elevations, anchor plans and more) The BIM workflow, collaborating and sharing building • Create and clone workshop drawings (single part, assembly and cast-unit drawings) information from the beginning, is the foundation for efficient and productive project execution. With Tekla Structures • Create multi-drawings Drafter you are connected to the project together with the • Open, update, edit, save and print drawings rest of the team members, who work with the same 3D model • Save drawings as PDF documents simultaneously, regardless of their location or discipline. Manage drawings with user attributes Drafter is ideal for optimizing detailing activities as it allows • the modeling team to focus on developing the model, while the • Export drawings to DXF and DWG formats drafters focus on drawing production and documentation. EFFICIENT WORK: Tekla Structures Drafter is the most efficient way to create • Create and print reports and lists and edit all types of drawings with a Tekla model, including • View the full model and reference models plans, elevations and other general arrangement drawings as well as workshop drawings such as single part, assembly, cast • Colorize the model by attributes unit and gather sheets. When working with the Drafter, your • Display part information in the model drawings are linked with the model and updated automatically • Inquire object information such as material, with any model changes. Our customers estimate that these length or weight benefits make editing drawings with Tekla Structures Drafter • Measure and check lengths, angles and such up to three times more productive than 2D editing. -
The Analysis and Application of BIM Technology in Design of Steel
4th International Conference on Sensors, Measurement and Intelligent Materials (ICSMIM 2015) The Analysis and Application of BIM Technology in Design of Steel Structure Joints Kanglong Li1, a, Yuanchu Gan2,b, Guojun Ke & Zhenfu Chen3,c 1University of South China, Hengyang, Hunan, China 2University of South China, Hengyang, Hunan, China 3University of South China, Hengyang, Hunan, China aemail:[email protected] bemail:[email protected] cemail:[email protected] Keywords: Informatization; BIM; ,Modeling; Complex Joints; Steel Structure; Structure design Abstract: Building Information Model (BIM) is the future trend of the building industry. By studying the BIM technology, it could control and manage Life Cycle Cost of building in the Steel Structure Project. Besides, BIM highly integrates the programming, the design, the construction quantity&execution and all the relevant information of operational maintenance after completion. What’s more, BIM is beneficial to improve the quality of design&construction and reduce the cost of project，and BIM also will benefit its application and popularization of Building Industry and contribute to raise the productivity of Building Industry continuously. This article firstly analyzes characteristics of BIM, then it describes modeling system of steel structure joints on the base of BIM, finally it presents the BIM application of steel structure joints. Introduction BIM，called Building Information Modeling，was first proposed by Autodesk Company in 2002. Based on the three-dimensional digital technology with the integration of all kinds of information of the Life Cycle of building project. BIM is an engineering database model and it is the expression of the related digital information of the project [1].As early as 1982, the Garphisoft Company proposed the concept "Virtual Building" and applied it into ArchiCAD in the first place. -
The Roots of Bim
Műszaki Tudományos Közlemények vol. 12. (2020) 42–49. DOI English: https://doi.org/10.33894/mtk-2020.12.06 Hungarian: https://doi.org/10.33895/mtk-2020.12.06 THE ROOTS OF BIM Ferdinánd-Zsongor GOBESZ Technical University of Cluj-Napoca, Facultyof Civil Engineering, Department of Structural Mechanics, Cluj-Napoca, Romania, [email protected] Abstract Today's architectural and civil engineering design is almost inconceivable without collaborative tools. Build- ing Information Modeling supports this with a set of collaboratively usable data. The roots of this concept go back in the past, thus the present paper attempts to depict some of the milestones in its evolution. Keywords: building, information, modeling, history. 1. Introduction 2. Product data evolution In most simple terms, BIM (Building Informa- The first technical drawing book [7] was pub- tion Modeling) is a digital representation of the lished in France towards the end of the 18th physical and functional characteristics of a build- century, opening the way for technical graph- ics. Technical drawing has become one of the ing [1] in a unified model which can be applied, pillars of engineering design. On the one hand, managed and used in collaboration by all the it was able to show the structures in parts, and actors in the construction industry. Its practical on the other hand, it provided a more detailed application is through computer-aided software product description (specifying more accurately packages, be it planning, construction manage- the product data). Computer-aided design was ment, valuation, operation and maintenance, or also based on graphic design at first.