Use Cases | Use Case Management

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	Doc. Type	Publisher	Language	Published on	Last change
Communicatie met BCF	Standard	buildingSMART Benelux	NL	Feb 14, 2022	Apr 20, 2022
De BCF kaart is een handleiding om communicatie met BCF beter te begrijpen Document Type Standard GUID B30EDF79-7A11-4E0B-9B20-104B44AD4A51 Revision - Project Status Draft Publisher buildingSMART Benelux
Comfort Eye for Indoor Environmental Quality: Thermal Comfort and Indoor Air Quality	Use Case	BIM Speed	EN	May 10, 2022	May 10, 2022
Comfort Eye: IEQ Document Type Use Case GUID 3D528540-3AF8-4A4B-B363-34FC3231827F Life Cycle Stage ISO 22263 Revision V1.0.0.0 Project Status Draft Maturity level Example Use Case Approved Processes Approved ER Approved Publisher BIM Speed Author Serroni, Serena Serroni
Cleaning of glass facades	Use Case	buildingSMART Switzerland	EN	Mar 17, 2022	May 12, 2022
Ordering of basic Asset Information Model (AIM) specifications for cleaning of glass surfaces, window frames and blinds in the facade area. Document Type Use Case GUID 9C90B893-CCAB-488E-A921-D238EAE93E2C Life Cycle Stage ISO 22263 Revision V1.1.1.0 Project Status Draft Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART Switzerland Author Joel, Bühler \| Nievergelt, Lucia Nievergelt \| Schwarz, Daniel
Clash Detection	Use Case	BIM Speed	EN	Aug 31, 2022	Sep 1, 2022
Clash detection is a procedure for detecting geometrical collisions between different disciplines and BIM models. It is an automated process where two or more models can be checked for these collisions using specified rules and tolerances. Document Type Use Case GUID 3F62144A-BB77-4C8D-A4D3-6BB14296B938 Life Cycle Stage ISO 22263 Revision - Project Status Approved Maturity level Outlook Use Case In Progress Processes In Progress ER In Progress Publisher BIM Speed Author Grzelak, Marcin \| Kowal, Chris Kowal
Circulation Analysis - International	Use Case	buildingSMART International	EN	Mar 1, 2022	Mar 1, 2022
In order to plan buildings compliant with respect to occupants' safety, performance-based analysis of the design can be conducted. For that, crowd simulations can be applied. These simulations are used to check whether performance indicators are fulfilled and the building is compliant. To perform such analysis automatically, the model has to provide specific information on top of geometric information. For that, the IFC standard has to be extended. The key actors on this project are the Fire Safety Expert, the Simulation Expert as well as the AHJ (Authorities Having Jurisdiction). The aim of this project is to perform this kind of analysis throughout the design phase in a repetitive manner to enhance the overall planning process. Document Type Use Case GUID 2143B7DE-F857-48D7-A15B-431C1D9925AB Life Cycle Stage RIBA - plan of work Revision V1.0.0.0 Project Status Approved Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART International Author Abualdenien, Jimmy \| Kneidl, Angelika \| Lawrence, Peter \| Lehtoviita, Timo \| Siddiqui, Asim \| Thompson, Peter
CBIMS: an OpenBIM+ Solution for Customizable BIM Checking	bSI Award	buildingSMART China	EN	May 30, 2023	May 31, 2023
Use case of CBIMS Manager and Knowledge Base in Shenzhen Qianhai Xinhua Life Building Project. Document Type bSI Award GUID A554B034-2E33-4447-B540-7D03159735D1 Revision V1.0.0 Project Status Draft Publisher buildingSMART China Author zhang, xiaowei \| Ming Gu \| Ge Gao \| HeHua Zhang \| Ran Sun \| Xinhui Yan \| Shengqi Yao \| Han Liu \| Xi Wang \| Ziyi Ke \| Cheng Peng \| Xing Li \| Xinyi Du \| Yingnan He \| Xiaobo Jia \| Xiaoye Meng \| Wenqiong Hu \| Hangyue Li \| Huihui Xie \| Weihua Ye \| Sifan Deng \| Xiaobo Jiang \| Ning Wang \| Jie Liu
Building Programming in Design and Construction	Use Case	buildingSMART Switzerland	EN	Jan 9, 2020	Jan 9, 2020
- Document Type Use Case GUID A977654C-C53D-40AC-A4E8-B9FE95A5A393 Life Cycle Stage SIA 112 Revision Rev 1.1 Project Status Draft Maturity level Outlook Use Case In Progress Processes In Progress ER In Progress Publisher buildingSMART Switzerland Author Amann, Julian
bSDDを使ったIDSの効率的な取り込みについて	Use Case	buildingSMART Japan	EN	Sep 10, 2024	Sep 10, 2024
buildingSMART International (bSI)は、openBIMワークフローの強化を目指している。bSIによるbSDDとIDSへの最近の焦点は、openBIMワークフローを強化するために不可欠である。これらをうまく運用するためには、IDSとbSDDの連携を強化する必要がある。 IDSは単独で動作するのではなく、多くのBIMオーサリングツールとの相互運用性を提供するために、bSDDと共に動作します。このユースケースでは、BIMデータへの取り込み方法としてbSDDを使用し、ソフトウェア単位で柔軟にBIMにデータを取り込むことができるIDSを、BIMオーサリングツールに直接取り込む例を紹介する。 RevitやCivil3D用のプラグインやWebアプリケーション「OpenAEC」を活用したopenBIMワークフローについて、施主から事業者までの事例を紹介する。プラグインやWebアプリケーションは、openBIMをよく知らない人でも簡単に操作できる。このユーザーエクスペリエンスが提供されることで、openBIMのユーザーはさらに増えるだろう。このユースケースでは、IDSとbSDDを通じてIR（情報要求）の相互運用性を向上させた実施例について学びます。 Document Type Use Case GUID 625B411D-D670-4C38-8E4A-360762865679 Life Cycle Stage ISO 22263 Revision - Project Status Approved Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART Japan Author Miyauchi, Yoshiyuki
Brandschutzplanung für Baubewilligung	Use Case	buildingSMART Switzerland	DE	Mar 16, 2020	Mar 12, 2024
- Document Type Use Case GUID A781B5F0-A7E6-4085-9A8D-27D61F9A746D Life Cycle Stage Generische Phasen Revision V1.0.1 Project Status Draft Maturity level Outlook Use Case Approved Processes Approved ER Approved Publisher buildingSMART Switzerland Author Arnaldi, Stefan \| Jost, Evelyne \| Käser, Urs \| Nyffeler, Anne \| Pancera, Marc
Brandschutzbeschichtung für Stahlbauteile	Use Case	buildingSMART Germany	DE	Dec 6, 2021	Jan 20, 2023
Dieser Use Case zeigt auf, wie Planer/Architekten, Stahlbauer, Hersteller von Brandschutzbeschichtungen für Stahlbauteile und Verarbeiter die Anforderungen und Produkteigenschaften für ein Brandschutzbeschichtungssystem in BIM kommunizieren können. Document Type Use Case GUID EFAAC841-FA46-4E48-B116-0147A78ED420 Life Cycle Stage HOAI Revision 0.1 Project Status Under review Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART Germany Author Rückwardt, Daniel
Bouwmethode bepaling in VO- / DO-fase in Solibri	Case Study	buildingSMART Benelux	NL	Jun 29, 2022	Jun 29, 2022
- Document Type Case Study GUID EB4D64C6-ECE3-4F11-B8B9-E3FF69602BC3 Revision - Project Status Draft Publisher buildingSMART Benelux
BIM to BEM process – CYPETHERM procedure	Use Case	BIM Speed	EN	May 10, 2022	May 10, 2022
Procedure and tools to create BEM models starting from BIM models Document Type Use Case GUID 7A811A59-AD0A-476C-B7B3-4A780F460CAF Life Cycle Stage ISO 22263 Revision V1.0.0 Project Status Approved Maturity level Example Use Case Approved Processes Approved ER Approved Publisher BIM Speed Author Raggi, Eva
BIM Collab Enginering proces	Technical report	buildingSMART Benelux	NL	Apr 28, 2022	Apr 28, 2022
- Document Type Technical report GUID 766C8A2B-B6A7-44DC-B80C-86D43C62EF3D Revision 0.9 Project Status WIP Publisher buildingSMART Benelux
BIM basis ILS	Standard	buildingSMART Benelux	NL	Feb 14, 2022	Apr 20, 2022
- Document Type Standard GUID 8A0F8E66-9167-4471-A84B-1AF7E80B78FF Revision - Project Status Draft Publisher buildingSMART Benelux Author Ransijn, Lex
BIM base IDS	Standard	buildingSMART Benelux	EN	Feb 14, 2022	Apr 20, 2022
- Document Type Standard GUID 8A0F8E66-9167-4471-A84B-1AF7E80B78FF Revision 2 Project Status Draft Publisher buildingSMART Benelux Author Ransijn, Lex
BIM als Kommunikationsmittel im Betrieb (POIs)	Use Case	buildingSMART Austria	DE	Feb 11, 2022	Feb 18, 2022
Nutzung des as-built Modells als Kartierungsmodell für die Kommunikation und Datenvisualisierung von anlagenrelevanten und statischen Informationen im Betrieb. Document Type Use Case GUID B5865F74-1B87-4E6C-AC5E-B150E29791C6 Life Cycle Stage ÖNORM Revision 1.0.0 Project Status Approved Maturity level Proven Use Case Approved Processes Approved ER Approved Publisher buildingSMART Austria Author
BIM4FM (Grundlagen)	Use Case	buildingSMART Switzerland	DE	Oct 16, 2019	Oct 18, 2019
- Document Type Use Case GUID 98100FB3-EC4E-4AA2-86DC-BE0F151C747F Life Cycle Stage SIA 112 Revision Publikation V1.0 Project Status Approved Maturity level Proven Use Case Approved Processes Approved ER Approved Publisher buildingSMART Switzerland
BIM-SPEED Library	Use Case	BIM Speed	EN	May 10, 2022	May 10, 2022
- Document Type Use Case GUID 8F7CA0AE-BB17-402A-A0AA-60A7A88DF547 Life Cycle Stage ISO 22263 Revision V1.0.0.0 Project Status Approved Maturity level Example Use Case Approved Processes Approved ER Approved Publisher BIM Speed
BIM-ROS Integration	Use Case	buildingSMART International	EN	Jun 20, 2023	Jun 27, 2023
The ROS-BIM Project utilizes a dynamic integration between the Robotic Operation System (ROS) and the ifcOWL ontology to enable the automation of digital fabrication using IFC model data. The project's objectives included examining the feasibility of integrating ROS with ifcOWL ontology for digital fabrication automation, developing a workflow for extracting wall geometry data (including openings) from IFC models, and implementing a system for cutting gypsum boards based on standard dimensions. Additionally, the team aimed to simulate and visualize robotic movements and fabrication processes using RVIZ and update the resulting panel geometry on the server as an IfcBuildingElementProxy, labeling them with their fabrication status. Document Type Use Case GUID F5FB2651-0B0D-48E9-8848-B168F4937814 Life Cycle Stage ISO 22263 Revision V1.0.1 Project Status Approved Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART International Author Akbas, Elif \| Karaoglan Yazici, Cemre \| Kaya, Beyzanur
BIM-Klassen der Verkehrswege 2.0	Use Case	buildingSMART Germany	DE	May 29, 2024	Jun 7, 2024
Der Katalog „BIM-Klassen der Verkehrswege 2.0“ finden sie im bSDD Link: https://buildingsmart-verlag.de/produkt/bim-klassen-der-verkehrswege-2-0/ Verlinkung zum bSDD: https://search.bsdd.buildingsmart.org/uri/buildingsmart-de/OBKVL3/2.0 Document Type Use Case GUID 0D97A78D-7E00-4A5F-961C-5D61F3F29095 Life Cycle Stage HOAI Revision v.0.1. Project Status Approved Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART Germany Author Brommer, Axel \| Brueckner, Ilona \| Clemen, Christian \| Dönnecke-Herz, Cindy \| Frodl, Stephan \| Raacke, Rainer \| Roeder, Dirk \| Ciba, Joshua – HPA Hamburg Port Authority AöR, Hamburg \| Eggert, Jacqueline – IB&T Software GmbH, Norderstedt \| Hüttner, Uwe – IB&T Software GmbH, Norderstedt \| Morgner, Maximilian – LISt Gesellschaft für Verkehrswesen und Ingenieurtechnische Dienstleistungen mbH, Hainichen \| Peter, Torsten – persönliches Mitglied, München \| Pucher, Arnulf – STRABAG AG, München \| Rieß, Andreas – Ingenieurbüro Schulze & Rank Ingenieurgesellschaft m.b.H., Dresden \| sowie die bSD Fachgruppen BIM Verkehrswege und BIM in der Landschaftsplanung mit 81 Mitgliedern. \| IDS und IFC4.3-Mapping: Mirbek Bekboliev - buildingSMART Deutschland e. V.
BIM-Daten in Werk- und Montageplanung	Use Case	buildingSMART Austria	DE	Feb 14, 2023	Feb 20, 2023
Es wird ein Prozess der Werks- und Montageplanung von Bauwerksänderungen im laufenden Gebäudebetrieb dargestellt, welche den Workflow und notwendigen Datenaustausch zwischen Betriebsführung und externen Planungsteam beschreibt. Dadurch ist die Fortschreibung der modellbasierten Bestandsdokumentation als Grundlage für die Betriebsführung gewährleistet. Document Type Use Case GUID FE865087-18B5-4007-BFB1-17D75DD6929A Life Cycle Stage ÖNORM Revision V1.0.1 Project Status Approved Maturity level Proven Use Case Approved Processes Approved ER Approved Publisher buildingSMART Austria Author Hauer, Stefan \| Sinkovits, Günter \| Eichler, Christoph
BIM-Based LCC	Use Case	BIM Speed	EN	Nov 2, 2022	Nov 3, 2022
- Document Type Use Case GUID 0CD750DA-9CE6-4123-A858-61E09EA10FFB Life Cycle Stage ISO 22263 Revision - Project Status Approved Maturity level Proven Use Case Approved Processes Approved ER Approved Publisher BIM Speed Author Rezvani, Sama
Bewehrungsmodellierung	Use Case	buildingSMART Germany	DE	Nov 15, 2021	Nov 25, 2021
Für die Ausführungsplanung der Stahlbetonbewehrung benötigt man zwei wesentliche Grundlagen: Die exakte Geometrie des auszuführenden Bauwerks mit Aussparungen und Einbauteilen (Schalmaße), sowie die statische Berechnung (siehe Abschnitt 4), die neben konstruktiven Hinweisen (z.B. maximale Stabdurchmesser oder minimale Abstände) die statisch erforderliche Bewehrungsmenge für jedes Bauteil und deren Verteilung beinhaltet. Das Bewehrungsmodell wird als eigenständiges Fachmodell der Tragwerksplanung modelliert. Als Modellgrundlage wird ein Tragwerksmodells genutzt, aus dem die Schalpläne abgeleitet werden können. Dieses Schalungsmodell, wenn man es nennen möchte, muss sowohl die geometrischen (LOG) als auch attributiven Voraussetzungen (LOI) erfüllen, die für eine exakte Ausführungsplanung notwendig sind. Das mit einem BIM-Autorenwerkzeug erstellte Bewehrungsmodell dient dann in den folgenden BIMProzessen der Qualitätssicherung, Koordination, Mengenermittlung und kann außerdem als Grundlage für die automatisierte Erstellung der Bewehrungskomponenten in der Vorfabrikation dienen. Document Type Use Case GUID 2CD3B61A-674D-4019-9404-490FB4EF9C50 Life Cycle Stage HOAI Revision 0.3 Project Status Under review Maturity level Example Use Case Approved Processes Approved ER Approved Publisher buildingSMART Germany
Bestandsinventarisierung	Use Case	buildingSMART Switzerland	DE	Jan 2, 2024	Jan 2, 2024
Erstellung der Bestandsinventarisierung inkl. Gebäudescan Document Type Use Case GUID 8E4EC98C-5790-49AA-8A5F-09C8B3256610 Life Cycle Stage ISO 22263 Revision V1.0.0 Project Status Draft Maturity level Outlook Use Case Draft Processes Draft ER Draft Publisher buildingSMART Switzerland
BCF Communication	Standard	buildingSMART Benelux	EN	Feb 14, 2022	Apr 20, 2022
BCF infographic, a guideline to better understand communication with BCF Document Type Standard GUID B30EDF79-7A11-4E0B-9B20-104B44AD4A51 Revision 1 Project Status Draft Publisher buildingSMART Benelux