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BIM-based collaborative building process management /

By: Daniotti, Bruno [author.].
Contributor(s): Pavan, Alberto [author.] | Lupica Spagnolo, Sonia [author.] | Caffi, Vittorio [author.] | Pasini, Daniela [author.] | Mirarchi, Claudio [author.].
Series: Springer tracts in civil engineering: Publisher: Cham, Switzerland : Springer, 2020Description: xiii, 181 pages : ill. ; 28 cm.Content type: text Media type: unmediated Carrier type: volumeISBN: 9783030328900; 9783030328917.Subject(s): Building information modeling | Construction industry -- Management | Buildings -- Computer-aided designDDC classification: 690.0285
Contents:
Intro; Introduction; Contents; 1 Evolution of the Building Sector Due to Digitalization; 1.1 Introduction to BIM; 1.2 BIM's Foundations; 1.3 CAPEX and OPEX; 1.4 EIR and BEP; 1.5 LOD; 1.6 CDE; 1.7 BIM Professional Figures; 1.8 BIM Dimensions; 1.9 BIM Levels; 1.10 Conclusions; References; 2 Standardized Structures for Data Collection According to Specific BIM Uses (Technical Datasheet); 2.1 Introduction; 2.2 Information Management; 2.3 The Univocal Classification and Denomination System; 2.4 State-of-the-Art of Classification Systems; 2.5 INNOVance Classification and Denomination System
2.6 Application to Construction Products2.7 Application to In Situ Elements; 2.8 Application to Assembled Systems; 2.9 Standardized Collection of Information; 2.10 Standardized Technical Datasheet of Construction Products; 2.11 Guidance Dossier; 2.12 Standardized Technical Datasheet of In Situ Elements; 2.13 Standardized Technical Datasheet of Assembled Systems; 2.14 Use of Data; 2.15 Conclusions; References; 3 Standardized Guidelines for the Creation of BIM Objects; 3.1 Definition of BIM Objects; 3.2 Definition of Models of Reference and Choice of Technical Solutions
3.3 The Instruments: Revit and the INNOVance add-in3.4 Encoding According to the INNOVance Standard; 3.5 Coherence Verification; 3.6 Modeling of BIM Objects; 3.7 Interoperability Verifications; 3.8 BIM and Modeling and Representation Standards; 3.9 LOD and Grade; References; 4 Collaborative Working in a BIM Environment (BIM Platform); 4.1 BIM and Object Oriented Programming; 4.2 Common Data Environment; 4.3 CDE According to British Standards; 4.4 CDE According to the Italian Standard; 4.5 Structure of CDE Data; 4.6 Structure of CDE Environments; 4.7 Definition of Workflows
4.8 CDE in the Management of Contracts4.8.1 CDE in the Tendering Phase; 4.8.2 CDE in the Contract Phase; 4.9 Digital Platform; 4.10 INNOVance Platform; 4.11 BIMReL Project; 4.12 European Digital Platform; 4.13 Conclusions; References; 5 Benefits and Challenges in Implementing BIM in Design; 5.1 Introduction; 5.2 BIM Method or Tool; 5.3 BIM Language: IFC; 5.4 Obligatory Nature of Open Languages; 5.5 Standard Aspects: ISO 19650:2019 and UNI 11337:2017; 5.6 From LOD to LOIN; 5.7 Coordination in Digital Public Contracts; 5.8 Conclusions; References
6 Benefits and Challenges of BIM in Construction6.1 Introduction; 6.1.1 Collaboration Platform Within the Sector; 6.2 The Building Enterprises' Context for the Implementation of BIM; 6.2.1 The Relationship Between Enterprise and Supply Chain; 6.3 Integrate Digital Data in a Business Context; 6.3.1 Automated Management System of the Information Flow; References; 7 Benefits and Challenges Using BIM for Operation and Maintenance; 7.1 Introduction; 7.2 Defining Information Requirements; 7.3 Adopting Information Flows; 7.4 Ensuring Interoperability; 7.4.1 IFC; 7.4.2 COBie; 7.4.3 gbXML
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Item type Current library Call number Status Date due Barcode Item holds
Standard Loan Standard Loan ATU Sligo Yeats Library Main Lending Collection 690.0285 DAN (Browse shelf(Opens below)) Available 0083217
Total holds: 0

Intro; Introduction; Contents; 1 Evolution of the Building Sector Due to Digitalization; 1.1 Introduction to BIM; 1.2 BIM's Foundations; 1.3 CAPEX and OPEX; 1.4 EIR and BEP; 1.5 LOD; 1.6 CDE; 1.7 BIM Professional Figures; 1.8 BIM Dimensions; 1.9 BIM Levels; 1.10 Conclusions; References; 2 Standardized Structures for Data Collection According to Specific BIM Uses (Technical Datasheet); 2.1 Introduction; 2.2 Information Management; 2.3 The Univocal Classification and Denomination System; 2.4 State-of-the-Art of Classification Systems; 2.5 INNOVance Classification and Denomination System

2.6 Application to Construction Products2.7 Application to In Situ Elements; 2.8 Application to Assembled Systems; 2.9 Standardized Collection of Information; 2.10 Standardized Technical Datasheet of Construction Products; 2.11 Guidance Dossier; 2.12 Standardized Technical Datasheet of In Situ Elements; 2.13 Standardized Technical Datasheet of Assembled Systems; 2.14 Use of Data; 2.15 Conclusions; References; 3 Standardized Guidelines for the Creation of BIM Objects; 3.1 Definition of BIM Objects; 3.2 Definition of Models of Reference and Choice of Technical Solutions

3.3 The Instruments: Revit and the INNOVance add-in3.4 Encoding According to the INNOVance Standard; 3.5 Coherence Verification; 3.6 Modeling of BIM Objects; 3.7 Interoperability Verifications; 3.8 BIM and Modeling and Representation Standards; 3.9 LOD and Grade; References; 4 Collaborative Working in a BIM Environment (BIM Platform); 4.1 BIM and Object Oriented Programming; 4.2 Common Data Environment; 4.3 CDE According to British Standards; 4.4 CDE According to the Italian Standard; 4.5 Structure of CDE Data; 4.6 Structure of CDE Environments; 4.7 Definition of Workflows

4.8 CDE in the Management of Contracts4.8.1 CDE in the Tendering Phase; 4.8.2 CDE in the Contract Phase; 4.9 Digital Platform; 4.10 INNOVance Platform; 4.11 BIMReL Project; 4.12 European Digital Platform; 4.13 Conclusions; References; 5 Benefits and Challenges in Implementing BIM in Design; 5.1 Introduction; 5.2 BIM Method or Tool; 5.3 BIM Language: IFC; 5.4 Obligatory Nature of Open Languages; 5.5 Standard Aspects: ISO 19650:2019 and UNI 11337:2017; 5.6 From LOD to LOIN; 5.7 Coordination in Digital Public Contracts; 5.8 Conclusions; References

6 Benefits and Challenges of BIM in Construction6.1 Introduction; 6.1.1 Collaboration Platform Within the Sector; 6.2 The Building Enterprises' Context for the Implementation of BIM; 6.2.1 The Relationship Between Enterprise and Supply Chain; 6.3 Integrate Digital Data in a Business Context; 6.3.1 Automated Management System of the Information Flow; References; 7 Benefits and Challenges Using BIM for Operation and Maintenance; 7.1 Introduction; 7.2 Defining Information Requirements; 7.3 Adopting Information Flows; 7.4 Ensuring Interoperability; 7.4.1 IFC; 7.4.2 COBie; 7.4.3 gbXML

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