Sustainable Building for a Cleaner Environment Selected Papers from the World Renewable Energy Network's Med Green Forum 2017 /

Sustainable Building for a Cleaner Environment Selected Papers from the World Renewable Energy Network's Med Green Forum 2017 /

Podrobná bibliografie
Korporativní autor: SpringerLink (Online service)
Další autoři: Sayigh, Ali (Editor)
Shrnutí:X, 471 p. 231 illus., 210 illus. in color.
text
Jazyk:angličtina
Vydáno: Cham : Springer International Publishing : Imprint: Springer, 2019.
Vydání:1st ed. 2019.
Edice:Innovative Renewable Energy,
Témata:
Renewable energy sources.
Sustainable architecture.
Energy storage.
Renewable Energy.
Sustainable Architecture/Green Buildings.
Mechanical and Thermal Energy Storage.
On-line přístup:https://doi.org/10.1007/978-3-319-94595-8
Médium: Elektronický zdroj Kniha
Obsah:
  • Chapter 1. Proposing a new method for fenestration shading design in prefabricated modular buildings
  • Chapter 2.Effectiveness of occupant behavioral ventilation strategies on indoor thermal comfort in hot-arid climate
  • Chapter 3.Effectiveness of materials, technologies and renewable energy in educational buildings through cluster analysis of energy retrofitting
  • Chapter 4.Renewable Energy in Argentina
  • Chapter 5.Wind energy potential research in a low building within an urban environment
  • Chapter 6.The natural light in Architecture. The use inspired by the constructive tradition
  • Chapter 7.The cost of building to the near Zero Energy Building standard – a financial case study
  • Chapter 8.Policy of intensification, diversification, conservation, and indexation in pursuing the sustainable transport
  • Chapter 9.Problem of education in developing renewable of energy
  • Chapter 10.Winter performance of certified passive houses In a Temperate Maritime Climate – nZEB Compliant?
  • Chapter11.A parametric tool for assessing optimal location of buildings according to environmental Criteria
  • Chapter 12.Methodology of Solar Project Managing Through All Stages of Development
  • Chapter 13.Computational BIPV Design: An energy optimization tool for solar facades
  • Chapter 14.Feasibility Study of a Low Carbon House in the UK
  • Chapter 15.Why Do We Need To Reduce The Carbon Footprint In UAE?
  • Chapter 16.Urban farming in the era of crisis in greece: the case study of the urban garden of Agioi Anargiroi –Kamatero and Fili
  • Chapter 17.Resilient urban design- Beograd and Florence: Reconnect the waters to the city
  • Chapter 18.Strategic Sustainable and Smart Development Based on User Behavior
  • chapter 19.High Bombastic adaptive skin conceptual prototype for mediterranean climate
  • Chapter 20. Quality of healthcare: a review of the impact of hospital physical environment on improving quality of care
  • Chapter 21. Enhancing Indoor Air Quality for Residential Building in Hot Arid Regions
  • Chapter 22.Performance of Solar Window Film With Reference to Energy Rationalizing in Buildings
  • Chapter 23.Visualizing the infrared response of an urban canyon throughout a sunny day
  • chapter 24.Meta-design approach to Environmental building programming for passive cooling of Buildings
  • Chapter 25.Urban and Architectural Sustainability in Restoration of Iranian cities (Strategy and Challenges), Case study of Soltaniyeh
  • Chapter 26.-Influence of the pariod of measurements on wind potential assessment for a given site
  • Chapter 27.Integration strategies of Luminescent Solar Concentrators panels: a case study in Florence - Italy
  • Chapter 28.Photovoltaic and Thermal solar concentrator integrated into a dynamic shading device
  • Chapter 29.A University Master Course and training program for energy managers and expert in environmental design in Italy
  • Chapter 30.A project for the NZERO-Foundation in the south of Italy
  • Chapter 31.Planning without waste
  • Chapter 32. Problem OfEducation In Developing Renewable Of Energy
  • Chapter 33.Problem Of Education In Developing Renewable Of Energy
  • Chapter 34. Resilient urban design. beograd and florence: reconnect the waters to the city
  • Chapter 35.Evaluating deep retrofit strategies for buildings in urban waterfronts
  • Chapter 36.Enhancing the Thermo-physical Properties of Rammed Earth by Stabilizing with Corn Husk Ash
  • Chapter 37.Thermal monitoring of low income housings built with autoclaved aerated concrete in a hot-dry climate
  • Chapter 38.Renewables are commercially justified to save fuel and not for storage
  • Chapter 39.Climate Change Assessment, Simulation and Adaptation for Hot-Arid Urban Settlements: The Case Study of Asmara Project, Cairo, Egypt
  • Chapter 40.Climate Change Assessment, Simulation and Adaptation for Hot-Arid Urban Settlements: The Case Study of Asmara Project, Cairo, Egypt
  • Chapter 41.Ventilation effectiveness of residential ventilation systems and its energy saving potential
  • Chapter 42.Assessment of cardboard as an environment-friendly wall thermal insulation for low energy prefabricated buildings.

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