Details

Autor(en) / Beteiligte

• International Conference on Visionary Action Towards Liveable Urban Environments
• Thirumaran, K.,[Herausgeber]
• Balaji, G.,[Herausgeber]
• Prasad, N. Devi,[Herausgeber]

Titel

Sustainable urban architecture : select proceedings of VALUE 2020

Ort / Verlag

Singapore : Springer,

Erscheinungsjahr

[2021]

Link zum Volltext

• SpringerLink Books - AutoHoldings

Beschreibungen/Notizen

• Includes bibliographical references.
• Intro -- Organization -- Preface -- Contents -- About the Editors -- Urban Landscape -- 1 Peri-Fusion: A Design Strategy for Integrating Densified Housing and Agriculture Within Peri-Urban Zones -- Abstract -- 1 Problem Statement and Relevance -- 2 Objective -- 3 Methodology -- 4 Literature Review and Typological Research -- 4.1 Low-Rise, High-Density Housing -- 4.2 Low-Rise, High-Density Housing -- 4.3 Literature Review Summary and Design Strategies -- 5 Blenheim Case Study -- 6 Findings -- References -- 2 Conservation and Protection of Peri-Urban Rural Landscapes from the Impacts of Urbanization: Case Study of Manimangalam, Mahanyam and Malaipattu Villages in Manimangalam Watershed -- Abstract -- 1 Introduction-Urbanization and Its Impacts and Significance of Rural Landscape -- 1.1 Significant Services Provided in the Rural and Peri-Urban Areas by Open Spaces and Agricultural Land -- 2 Research Study Approach -- 3 Methodology -- 4 Research Question -- 5 Studysite -- 6 Location -- 6.1 History of Manimangalam -- 6.2 Manimangalam Watershed Region-Manimangalam Village -- 6.3 Malaipattu Village -- 6.4 Mahanyam Village -- 7 Manimangalam Watershed Region -- 7.1 Land Use Change -- 8 Impacts of Urban Sprawl in the Hydrology, Forest and Land in the Peri-Urban Rural Landscapes in the Site -- 9 Recommendations for Conservation and Developmental Potential in the Study Site -- 10 Visual Appraisal of Landscapes in the Study Site -- 11 Watershed Area Development-Recommendations -- 12 Conclusion -- References -- Sustainable Urban Development -- 3 A Review on Plastic Waste Assessment and Its Potential Use as Building Construction Material -- Abstract -- 1 Introduction -- 1.1 Definitions and Facts on Plastic Waste -- 1.2 Facts and Media Reporting on Plastic Waste -- 1.3 Current Plastic Waste Status, Practices and Its Management -- 2 Significance of the Study.
• 3 Materials and Methods -- 3.1 Best Practices of Plastic Waste -- 3.1.1 Case 01: Plastic for Low Cost, Efficient Building, and Roads -- 3.1.2 Case 02: Involvement of an Informal Sector-Circular Economy -- 4 Plastic Waste at the Different Part of the Building Construction -- 4.1 Plastic Waste as Rough Materials: Aggregate, Cement, and Sand -- 4.2 Structural Elements Beam and Columns -- 4.3 Plastic Waste as Filler and Soil Stabiliser -- 4.4 Direct Uses of PET Bottles -- 4.5 Plastic Brick Blocks -- 4.6 Panel Wall/Ceiling -- 4.7 Furniture and Artefacts -- 4.8 Roof, Floor, and Pavement Tiles -- 4.9 Binding and Pasting -- 4.10 Sound Insulation and Thermal Comfort -- 4.11 Petro/Diesel Oil, Lubricate, and Gas -- 4.12 Clothes and Textiles Fibres -- 4.13 Advanced 3D-Printing: Plastic Waste-Based Practices -- 5 Assessment and Properties of Plastic Wastes as Construction Materials -- 6 Results and Discussion -- 7 Conclusion -- References -- 4 The Sustainable City Intercellular Approach, Study of Urban Fabric Pattern, a Case Study of Chennai City -- Abstract -- 1 Introduction -- 2 Urbanisation in Chennai -- 2.1 Existing Population Distribution -- 3 Analysis of Urban Fabric -- 4 Sustainable City Intercellular Approach -- 4.1 Significance of the City Model -- 5 Formulation of Model -- 5.1 Model Integration for the Study Area -- 6 Conclusion -- References -- 5 Sustainable Water Management: Smart Solutions for Equity in Vellore Municipal Corporation -- Abstract -- 1 Introduction -- 2 Literature Review -- 2.1 Areas of Intervention -- 2.2 Opportunities and Gaps -- 2.3 Smart Solutions for Water Provisioning -- 2.4 Basic IoT Model -- 3 K-Water Case-Seosan City, South Korea -- 4 About Vellore -- 4.1 Link Between Vellore Municipal Master Plan and Developmental Plans to Water Sources -- 4.2 Necessity of Sustainable Water Management.
• 5 Conclusion: Scope of Smart Water Initiatives -- Acknowledgements -- References -- 6 Redefining the Relationship Between Heritage and Its Community for Sustainable Development: Taking Temples as Case Example -- Abstract -- 1 Heritage and Conservation -- 1.1 Understanding the Term Heritage -- 1.2 Why Should We Conserve Our Heritage? -- 2 Conservation of Heritage in India -- 2.1 History of Conservation in India -- 2.2 The Approach of Conservation in India and Its Impacts -- 2.2.1 Site Delineation-Meaning, Authenticity, and Impact -- 2.2.2 Understanding the Socioeconomic Disparity Created by the Process of Conservation: Khajuraho, a Case Example -- 3 Heritage in the Indian Context -- 3.1 Idea of Temples in Indian Context -- 3.2 The Living and Non-living Temples of India -- 4 The Way Forward-Integrated Approach for Heritage Conservation and Management -- 5 Conclusions -- References -- Social Inclusivity -- 7 Scientific Ideation Towards Visionary Development Strategies for Indian Urban Environments -- Abstract -- 1 The Institutional Process of Urban Development in India -- 2 The Thinker and the Doer and Everybody in Between -- 3 Infusing Institutional Academic Ideation into Urban Development Plans -- 4 The Policy Maker-Academic Researcher Handshake -- 5 Action Plans for Implementation -- References -- 8 Social Inclusivity: A Case Study on Community Resilience on Kerala Flood-2018 -- Abstract -- 1 Introduction -- 1.1 Urban Resilience- Indian Context -- 2 Kerala -- 2.1 Kerala Floods -- 2.2 August 2018 Kerala Flood -- 2.3 Analysis of 3 Days Cumulative Rainfall of 15-17 August 2018 -- 3 Response and Relief Approaches Adopted in Kerala -- 3.1 Government Organisations -- 3.1.1 Kudumbashree -- 3.1.2 Political Parties -- 3.2 Private Organisations -- 3.2.1 Corporate/NGO's -- 3.2.2 Fishermen Community -- 3.2.3 General Public -- 4 Levels of Resilience.
• 5 Discussions -- 6 Conclusion -- References -- 9 Reinforcing the Long Forgotten Southern Frontier of Madras -- Abstract -- 1 Introduction -- 2 Methodology -- 3 Analysis -- 3.1 Settlement's Behavior Contribution -- 3.2 The Edge Conditions of the River -- 3.3 Pollution -- 3.3.1 Chemicals in the River -- 3.3.2 Major Drainage Canals to the Adayar River -- 3.4 Rivers Topography Affecting Hydrology -- 3.5 Ecology -- 3.6 Garbage Point -- 4 Proposal by State and Central Government -- 5 Recommendations -- 6 Conclusion -- Acknowledgements -- References -- Intelligent and Responsive Architecture -- 10 Place Identity Along Highways: Location Choice of Elements Using Distance and Isovist Measures -- Abstract -- 1 Importance of Identity Elements Along Travel Routes -- 1.1 Place Identity Elements Along Arterial City Roads and Highways -- 1.2 Travel Route as an Inspiration -- 1.3 Locating Identity Elements -- 2 Visibility Access: Speed of Travel and Cone of Vision -- 2.1 Isovist and Isovist Measures -- 2.2 Application of Isovist Approach in This Research -- 3 Research Methods -- 4 Results and Discussion-Locating Identity Elements -- 4.1 Distance-Based Locations -- 4.2 Visibility Analysis-Isovist Tool -- 5 Conclusion -- References -- Built Environment -- 11 Envelope Performance Analysis of Office Buildings in Warm and Humid Climate: From Case Studies of Multi-storied Office Buildings in Chennai -- Abstract -- 1 Introduction -- 1.1 ECBC 2017 Overview -- 1.2 Methodology -- 1.3 Selection Criteria for Six Sample Office Buildings -- 2 Envelope Performance Ranking -- 2.1 ECBC 2017 Benchmark Method -- 2.2 Mandatory Provisions -- 2.3 Prescriptive Provisions -- 2.3.1 Prescriptive Requirements -- 2.3.2 Building Envelope Trade-Off Method -- 2.3.3 Whole Building Performance Method -- 3 Simulation Method -- 3.1 The Solar Radiation -- 3.2 Daylight Analysis.
• 3.3 Energy Simulations -- 4 Comparison of Different Methods -- 5 The 13 Performance Factors for Envelop Energy-Efficient Design (EEED) -- 6 Conclusion -- References -- 12 Optimization of Building Envelope Towards Energy-Efficient Design -- Abstract -- 1 Introduction -- 2 Energy Conservation Building Code (ECBC) -- 3 Research Aim, Scope and Method -- 4 Climatic Analysis of Chennai -- 5 Base Case-Model and Input Parameters -- 5.1 Base Case Annual Energy Analysis -- 6 Proposed Design Case -- 7 Proposed Design Case Energy Analysis -- 7.1 Window-Wall Ratio -- 7.2 Opaque Wall Assembly -- 7.3 Roof Assembly -- 7.4 Façade Glazing -- 7.5 Shading -- 7.6 Energy Use Intensity (EUI) -- 8 Conclusion -- References -- 13 Optimization of Building's Wall Using Phase Change Material (PCM) Toward Energy Performance Improvement -- Abstract -- 1 Introduction -- 2 Background -- 2.1 Building Envelope -- 2.1.1 Walls -- 2.2 Heating Ventilating and Air-Conditioning (HVAC) -- 2.3 Phase Changing Material (PCM) -- 2.4 BIM Software -- 2.4.1 Autodesk Revit -- 2.4.2 EnergyPlus Software -- 2.5 Interoperability of Revit with EnergyPlus Software -- 3 Methodology -- 3.1 Data Acquisition -- 3.2 Revit Modeling -- 3.3 EnergyPlus Design and Modeling -- 3.3.1 Building -- 3.3.2 Sizing Period and Run Period -- 3.3.3 Material -- 3.3.4 Material Property: Phase Change -- 3.3.5 Internal Gains -- 3.3.6 HVAC Templates -- 3.4 Simulation and Retrofitting -- 3.5 Data Extraction and Comparison -- 4 Results and Discussion -- 4.1 Typical Wall Simulation Results -- 4.2 PCM-Enhanced Wall Simulation Results -- 5 Conclusions -- References -- 14 Shade Net to Reduce Building Cooling Load: An Experimental Study with RCC and GI Sheet Roofs -- Abstract -- 1 Introduction -- 2 Experimental Set Up Details -- 3 Results and Discussion -- 4 Conclusion -- Acknowledgements -- References.
• Reinforcing the Long Forgotten Southern Frontier of Madras.- A Design Strategy for Integrating Densified Housing and Agriculture within Peri-Urban Zones.- A Review on Plastic Waste Assessment, and its Potential Use as Building Construction Material.- Envelope Performance Analysis of Office Buildings in Warm and Humid Climate.- Scientific Ideation towards Visionary Development Strategies for Indian Urban Environments.- Conservation and Protection of Peri Urban Rural Landscapes from the Impacts of Urbanization.- Place Identity along Highways: Location Choice of Elements using Distance and Isovist Measures.- Optimization of Building Envelope towards Energy Efficient Design.- Optimization of Building's Wall using Phase Change Material (PCM) towards Energy Performance Improvement.- Sustainable Water Management.- The Sustainable City-Intercellular Approach, Study of Urban Fabric Pattern, A Case Study Of Chennai City.- Redefining the relationship between Heritage and its community for sustainable development.- Shade Net to Reduce Building Cooling Load.
• Description based on print version record.