Advances in Building Information Modeling: Second Eurasian BIM Forum, EBF 2021, Istanbul, Turkey, November 11–12, 2021, Revised Selected Papers ... in Computer and Information Science, 1627)

This book constitutes the refereed proceedings of the Second Eurasian BIM Forum on Advances in Building Information Modeling, EBF 2021, held in Istanbul, Turkey, during November 11–12, 2021. The 12 full papers included in this book were carefully reviewed and selected from 22 submissions. They were organized in topical sections as follows: BIM adoption and design process; BIM for project and facilities management; BIM education; and novel viewpoints on BIM. Preface 6 Organization 8 Contents 10 BIM Adoption and Design Process 12 Identifying Factors Limiting the Prevalent Use of BIM Technology in the Turkish Construction Industry 13 1 Introduction 13 2 Identifying the Potential Causes of Factors that Affect the Extensive Use of BIM Technology 14 3 Research Methodology and Material 18 4 Research Findings and Discussion 19 4.1 Research Findings 19 4.2 Discussion 22 5 Conclusions 23 References 24 The Use of Building Information Modeling in Early Architectural Design: Case Studies with AEC Firms 29 1 Introduction 29 2 BIM and Its Utilization in Early Design Stages 30 3 Case Studies 32 3.1 Research Methodology 32 3.2 Results and Analyses 32 4 Findings 37 5 Conclusion 38 References 39 BIM for Project and Facilities Management 41 BIM-Based Value Engineering: Creating a Plug-In System for Time Saving and Quantity Management 42 1 Introduction 42 2 Methodology 44 3 The BIM Implementation Perspective in Ronesans 45 4 Plug-In Development Process Considering VE Phases 46 4.1 Information Phase 47 4.2 Function Analysis Phase 47 4.3 Creativity Phase and Evaluation Phase 47 4.4 Development Phase 47 4.5 Presentation Phase 48 4.6 Implementation Phase 48 5 Room-Related Surface Plug-In Usage Process 48 6 Case Study 51 6.1 Plug-In Usage Comparison 53 6.2 Survey Results 56 7 Conclusions 59 References 60 Leveraging Prefabricated Construction Supply Chain Management Through Building Information Modelling 62 1 Introduction 62 2 Related Works 63 2.1 Prefabricated Construction Supply Chain Management 64 2.2 The roles and Challenges in Construction Supply Chain Management 65 2.3 Capabilities of Building Information Modelling (BIM) in Construction Supply Chain Management 66 3 Methodology 67 4 Results and Discussion 68 4.1 Development of Process Map 68 4.2 Validation of Process Map 72 5 Conclusion 73 References 74 A Simplified Guide on BIM Integration to Mitigate Facilities Management Risks of Modular Construction Projects 78 1 Introduction 78 2 Research Methodology 79 3 Facilities Management Risks and Risk Factors of Modular Projects 82 4 Achievements from Facilities Management Inclusion at the Design Stage of Modular Construction 84 5 BIM Integration Process with FM and Design Team 85 5.1 Maintenance of Modules and Space Management 86 5.2 Energy Efficient Approach 87 5.3 Quality Guarantee and Safety in Operation 88 5.4 Analysis of Validations from Experts 89 6 Conclusion 91 References 92 A Proposal of a BIM and AR Integrated Application Against Fall Risks in Construction Projects 93 1 Introduction 93 2 Occupational Safety in the Construction Sector 94 3 Existing Studies for Occupational Safety in the Construction Sector 95 4 The Proposal of the AG-IGU Application for the Fall Risk in Construction Projects 97 4.1 The AG-IGU Software Architecture 98 4.2 The Working Methodology of AG-IGU 100 5 Conclusion and Future Scope 102 References 104 BIM Education 107 BIM Integration in Architectural Education: Where Do We Stand? 108 1 Introduction 108 2 Methodology 109 2.1 Research Questions 109 2.2 Search Strategy 110 2.3 Inclusion and Exclusion Criteria 110 2.4 Review and Analyses of Articles 110 3 BIM Integration Efforts 111 4 Collaboration Dynamics 113 4.1 Collaboration Among Architecture Students 113 4.2 Multidisciplinary Collaboration 115 4.3 Additional Roles in Multidisciplinary Collaboration 116 4.4 Potentials and Challenges 117 5 Conclusion 118 References 118 Collaborative BIM for Construction Engineering Students 122 1 Introduction 122 2 BIM and Education 123 3 BIM at ESTP Paris 125 3.1 BIM Parametric Modeling Project Course 127 3.2 BIM Collaborative Project Course 129 3.3 GIS/CIM Project Course 132 4 Advantages and Difficulties 134 5 Evaluation Criteria 135 6 Conclusion and Future Direction 136 References 136 Novel Viewpoints on BIM 139 Kinetic Architecture and BIM: The State of Art and Future Visions 140 1 Introduction 140 2 Design Principles of Kinetic Architecture 142 3 Integration of Kinetic Architecture and BIM 143 4 Extended Kinetic BIM Ontology and the KBIM Framework 145 5 Conclusion 147 References 148 Use of Integrated HBIM Methods for Historic Underground Structures: Pişirici Kastel Case Study 150 1 Introduction 150 2 Background 152 3 Case Study: Pişirici Kastel 153 4 Methodology and Scope 153 4.1 Photogrammetric Data Acquisition for HBIM 155 4.2 Thermal Imaging Data Acquisition 155 5 Information Modeling 157 5.1 Documentation of Model Data and Thermal Imaging Data with the Visual Programming Language 158 5.2 Results 159 6 Conclusion 160 References 161 Review of Uncertainties in Building Characterization for Urban-Scale Energy Modeling 164 1 Introduction 165 2 Bottom-Up Energy Models 166 2.1 Statistical Models 168 2.2 Engineering Models 169 3 Bayesian Calibration in UBEM 171 4 Uncertainties in Occupancy-Related Parameters 176 5 Discussion 179 6 Conclusion 180 References 181 Building Information Modelling (BIM) and Smart Cities: The Role of Governance, Regulations and Policies 188 1 Introduction 188 2 Literature Review 189 2.1 Benefits of the Key Technological Drivers for Smart Cities 189 2.2 Challenges Arising from Technology Use in Smart Cities 190 2.3 Role of Governance, Regulations and Policies in Smart Cities 191 3 Methodology 192 4 Results 194 4.1 Quantitative Results 194 4.2 Qualitative Results 198 5 Discussion 200 6 Conclusion and Future Work 202 References 202 Author Index 206