Forelæsning 28. marts 2006 Aalborg Universitet Digitale metoder Jan Karlshøj Chefkonsulent
Agenda Generel introduktion til BIM og IFC/Jan B3D/3DA - CAD-projektering/Jan Projektweb byggesagsstyring/jan DU - Udbud/tilbud/Søren L&P - Produktionsplanlægning/produktionskort/Søren Digital aflevering Aflevering og D&V/Søren (evt. Jan om Gentofte)
Introduktion til BIM og IFC BIM Building Information Model(ling) Applikationer ADT, Allplan, ArchiCAD, Building Systems, MagiCAD, Revit, Tekla, Triforma m.fl. Mange anvendelsesmuligheder AECBytes: The focus of this session was on demonstrating how BIM can benefit not just architectural design but processes down the chain as well, including construction. Stubbins Associates described their "hypertrack" process, where the entire team architect, engineer, owner, and construction manager is brought together at the very beginning of a project. This has resulted in projects being delivered 2 to 14 months ahead of schedule, and budget savings ranging from 5% to 10%. Stubbins was doing this even before its BIM implementation got underway, but is finding that BIM is ideally suited for the hypertrack process.
Introduktion til BIM og IFC IFC præsentation IFC artikel IFC Case study
Bygherrekrav 3D modeller, simulering og visualisering 3D arbejdsmetoder Arkitekter Konkurrence Konstruktionsingeniører Stål og beton Installationsingeniør VVS Opmåling RamByg
Det Digitale Byggeri 3D modeller Fibiger Model i IFC-format Ark. model Visualisering Model i IFC-format
Friis & Moltke
Plot
Holscher
Kjær & Richter
Arkitekter Grundlag for tegninger Mængdeudtag Kalkulationer Forbedring af projektmateriale Koordination med andre parter Baggrund for simuleringer
Process change: Steel Structures - Data Flow Yesterday The engineer reviews the workshop drawings The contractor prepares workshop drawings The draughtsman prepares the detailed design The engineer designs the steel structure Customer prepares lay-out drawings and design conditions accumulated risks of introducing errors many repetitions and much wasted time slow data flow cumbersome implementation of changes Control data for cutting and drilling are input in workshop The steel is passed through cutting and drilling machinery Control is performed Steel members ready for erection
Process change: Steel Structures - Data Flow Yesterday Today The engineer designs the steel structure and creates data model Customer prepares lay-out drawings and design conditions reduced risk of introducing errors no repetitions and wasted time fast and efficient data flow changes readily introduced in project The steel is passed through cutting and drilling machinery Steel members ready for erection Control is performed
Steel Structures Time Schedule Example of time schedule for a traditional project. Duration of production: 122 days Example of time schedule for same project, yet applying partnering as well as new design method. Duration of production: 44 days
3D-modelleringsværktøj til konstruktioner
Intelligente bygningsmodeller Tegninger er intelligente Ændres modellen opdateres tegningerne automatisk
Samlingsdetaljer - Fodplade
Samlingsdetaljer - Fundament
Fundament med armering
Link til FEM-programmet - StaadPro
Import/Export Tekla understøtter import/export fra en lang række formater, bl.a.: AutoCad, ADT (Dwg) MicroStation (Dgn) IFC (2x eller 2x2 ifc)
Web-baseret viewer
Installationer - MagiCAD Objekter Tegninger Mængder Dimensionering
L3D Landmålergården i Køge Opmåling af eksisterende bygninger Objekter Præcis Baggrund for projektering, mængdeudtag og overslag
AutoPlant
Eksempler på visualiseringer
Eksempler på 3D print
Rambyg Anden præsentation
ProjektWEB - byggesagsstyring
A tool for collaboration 2006-01-08 Jan Karlshøj Technical Software System
ProjectWEB is is a web-based data data exchange system to to be be used used in in the the design design phase, the the execution phase phase and and the the operation and and maintenance phases of of a building or or a plant. plant. When When using using ProjectWEB, all all relevant documents (such (such as as drawings, specifications, minutes of of meetings, time time schedules, address lists, lists, memos, reports, etc.) etc.) are are filed filed on on a server server on on the the Internet giving giving all all parties involved in in the the project (client, engineers, architects and and contractors) immediate access access to to the the documents. The The documents can can then then be be seen seen on on the the display or or downloaded.
Access via Internet Data Engineer Data Architect Client ProjectWEB Internet-server Internet Authorities Data Contractor Data Supplier The The strength of of RAMBØLL's ProjectWEB is is that that is is facilitates communication between the the partners of of the the project, and and one one only only needs needs access access to to the the Internet and and an an Internet Browser to to receive the the latest latest versions of of the the different project information. This This apply apply no no matter where where the the partners are are placed placed physically, they they can can be be in in Denmark or or abroad.
ProjectWEB A project is set up on the ProjectWEB by allocating the project, a data area on the Internet-server. General information, which is relevant for everybody working on the project, is placed herein. It can be general information about the project, for example project organization, names, addresses, and telephone numbers of contact persons at authorities, architects, contractors, and clients. Meetings and schedules can also be keyed into the calendar. Simultaneous as somebody uploads documents from his or her own computer or network to the ProjectWEB, a series of information about the actual document can be indicated, for example document number, revision number and so fourth. This document information gives the other users in the project the possibility of gaining a general view of the complete documents and a possibility for advanced search after a given document. All parties involved in the project have access to se and download documents available on the ProjectWEB. Users can either download documents from the ProjectWEB to their own computer or they can see the contents by using the "view" facility that is incorporated into the ProjectWEB directly.
Functions New Items New documents Documents Upload, Download, Revision control, Viewer, Lists, Notification, Metadata, Folders, Mail document, Access controle Find documents Contacts Calendar Help Search: metadata; free text search in MS Office, PDF and DWG files Contact information: users and other keypersons Meetings, Events
Functions Journal/log Settings All events are logged Personal settings for a specific ProjectWEB users E-mail Archive Archive of mails send from ProjectWEB Administrator Web based administration tools Distribution lists Creation of distribution lists Image Gallery Database with photographs: preview and metadata
Hosted solution Hosted by Ramboll Project data are hosted at Ramboll, who takes care of disk space, backup, access to Internet and updates of the software Hosted by the client Ramboll provide the software to the client. The client takes care of disk space, backup, access to Internet and installs updates from Ramboll
References Small, medium and large projects from few MB to 40 GB data from few users to hundreds Areas Building Design and construction Road, bridge, railways projects Demolition Environmental projects Tendering process Information to users
Projektweb Konsortium JJW, CEG, NCC, TI, Bygteq it, Byggeweb, Niras og Rambøll Afprøvning Krav FBT Alle parter skal bruge projektweb Grundig opstart (valg af moduler, opstartsmøde mv.) Rolle specifikke krav bygherre, rådgivere, udførende, leverandører og projektwebs udbydere
Projektweb Konsekvens, rådgivere Tvungen brug af projektweb Max. størrelse på tegninger: A3 Obligatoriske metadata Titel, forfatter,,, Advisering hvem har brug for informationen? Konsekvens, udbyder Krav bl.a. til sikkerhed
ProjektWEB - byggesagsstyring Fælles arkiv Kontrolleret kommunikation Bedre adgang til opdaterede data Database løsninger Rambøll Billedarkiv: Fejl registreret, afhjulpet