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Application of Design for Excellence (DfX) in Construction
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Otros Autores: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Bradford, West Yorkshire :
Emerald Publishing Limited,
2022.
|
| Colección: | Built Environment Project and Asset Management Ser.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Intro
- Guest editorial
- Application of Ddesign for Eexcellence (DfX) in construction
- Paper 1: Indicators bank for smart and resilient cities: design of excellence
- Paper 2: DfX- -based approach for incorporating sustainability in infrastructure project planning
- Paper 3: Automation in New Zealand's off-site construction (OSC): a status update
- Paper 4: Empirical investigation of the applicability of constructability methods to prevent design errors
- Paper 5: Design for maintainability tool for nano-façade- coating applications on high-rise facades in the tropics
- Paper 6: Allocating scarce financial resources effectively through function analysis in social housing projects
- Paper 7: Designing for construction procurement: an integrated Ddecision Ssupport Ssystem for Bbuilding Iinformation Mmodelling
- Indicators bank for smart and resilient cities: design of excellence
- Introduction
- Methodology
- Selecting the indicator systems
- Exploring and understanding of each indicator system
- The New Zealand resilience index (NZRI)
- The Australian natural disaster resilience index (ANDRI)
- Code for smart communities (CSC)
- International telecommunication union (ITU-T) smart cities' indicators
- Creating the indicator bank
- Structuring the proposed indicators bank
- Classification of resilience and smart indicators
- Discussions and conclusion
- References
- A DfX-based approach for incorporating sustainability in infrastructure project planning
- Introduction
- Research background
- Methodological approach
- A DfS-based planning approach for infrastructure projects
- Conceptual basis
- Available strategies and contribution
- Feasibility stage
- Cost-benefit analysis
- Design stage
- Value-based design development
- Use of building information modeling (BIM) as life cycle platform
- Design buildability review
- Procurement stage
- Sustainability-driven procurement
- Contractor involvement in design
- Aggregated contribution matrix
- Conclusion
- References
- Automation in New Zealand's offsite construction (OSC): a status update
- Introduction
- Automation for OSC
- Barriers to the uptake of automation in offsite construction
- Enablers of automated offsite construction
- Methodology
- Demographic information of interviewees
- Results and discussion
- Status of automation in New Zealand
- Constraints to automation uptake in New Zealand
- Automation improvement opportunities in New Zealand
- Framework for automation adoption in New Zealand
- Conclusion
- References
- Empirical investigation of the applicability of constructability methods to prevent design errors
- Introduction
- Literature review
- Constructability and design
- Design errors
- empirical evidence
- Constructability methods/tools
- Literature review
- closing comment
- Method
- Research stages
- First stage: connecting basic problems to constructability methods