Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
학위논문 (석사)-- 서울대학교 대학원 : 건축학과, 2016. 2. 이현수. ; Since 2002, Korea Government has implemented G-SEED(Green Standard for Energy and Environmental Design) certification for reducing GHG emission in building area. However, total number of G-SEED Certification is only around 1% of total number of approved apartment buildings despite the various boosting policies. In this situation, most boosting policies and policy improvement researches are leaning toward the supplier’s aspect. However, comprehensive relation and dynamics between consumer and supplier has to be considered since housing market is operated by market participants’ mutual interaction. Therefore, this research presents system dynamics models based on decision-making analysis of consumer and supplier in G-SEED certified apartment building market. Then, this research evaluates the validity of boosting policies using the model. The proposed analysis can assist government to make next boosting policies for G-SEED certification. ; Chapter 1 Introduction 1 1.1 Research Background and Objectives 1 1.2 Research Scope and Process 5 Chapter 2 Preliminary Study 7 2.1 G-SEED Certification 7 2.2 Boosting Policies and the Effects 10 2.3 Demand and Supply Structure of Housing Market 12 2.4 System Dynamics 14 2.5 Summary 16 Chapter 3 Model Development 17 3.1 Demand Model of G-SEED Certified Housing 19 3.2 Supply Model of G-SEED Certified Housing 22 3.3 Demand and Supply Integrated Model of G-SEED Certified Housing 26 3.4 Summary 31 Chapter 4 Effects Analysis of Boosting Policies 32 4.1 G-SEED Boosting Policies for Supplier 36 4.2 G-SEED Boosting Policies for Consumer 38 4.3 Summary 39 Chapter 5 Conclusions 40 5.1 Results and Discussions 40 5.2 Contributions, Limitations and Further Studies 42 Reference 43 Abstract (Korean) 50 ; Master
학위논문 (석사)-- 서울대학교 대학원 : 건축학과, 2016. 2. 이현수. ; Since 2002, Korea Government has implemented G-SEED(Green Standard for Energy and Environmental Design) certification for reducing GHG emission in building area. However, total number of G-SEED Certification is only around 1% of total number of approved apartment buildings despite the various boosting policies. In this situation, most boosting policies and policy improvement researches are leaning toward the supplier’s aspect. However, comprehensive relation and dynamics between consumer and supplier has to be considered since housing market is operated by market participants’ mutual interaction. Therefore, this research presents system dynamics models based on decision-making analysis of consumer and supplier in G-SEED certified apartment building market. Then, this research evaluates the validity of boosting policies using the model. The proposed analysis can assist government to make next boosting policies for G-SEED certification. ; Chapter 1 Introduction 1 1.1 Research Background and Objectives 1 1.2 Research Scope and Process 5 Chapter 2 Preliminary Study 7 2.1 G-SEED Certification 7 2.2 Boosting Policies and the Effects 10 2.3 Demand and Supply Structure of Housing Market 12 2.4 System Dynamics 14 2.5 Summary 16 Chapter 3 Model Development 17 3.1 Demand Model of G-SEED Certified Housing 19 3.2 Supply Model of G-SEED Certified Housing 22 3.3 Demand and Supply Integrated Model of G-SEED Certified Housing 26 3.4 Summary 31 Chapter 4 Effects Analysis of Boosting Policies 32 4.1 G-SEED Boosting Policies for Supplier 36 4.2 G-SEED Boosting Policies for Consumer 38 4.3 Summary 39 Chapter 5 Conclusions 40 5.1 Results and Discussions 40 5.2 Contributions, Limitations and Further Studies 42 Reference 43 Abstract (Korean) 50 ; Master
Validity Evaluation of Boosting Policies for G-SEED on Housing Market
01.01.2016
Hochschulschrift
Elektronische Ressource
Englisch
DDC:
720
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